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Metal surface treatment

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


This is how surface treatment works

Before metals can be painted, welded, varnished, or assembled, their surface must be processed to ensure optimal further processing. Surface treatment includes everything from removing contaminants, rinsing with post-phosphates, applying organic-inorganic sealers, and then rinsing. This can provide a surface to which paint and other coatings can adhere well.

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Various surface treatment processes

The list of different processes in the field of surface treatment is long. Depending on the material, degree of contamination and the goal of cleaning, different methods are more suitable than others. In the online landscape the species are classified as follows:

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Mechanical surface treatment

This type of surface treatment uses mechanical forces and energy to change the surface of a material. This group includes processes such as grinding, honing, polishing, brushing, blasting, lapping, burnishing, explosive cladding, and barrel polishing.

Chemical surface treatment

This type of surface treatment uses chemical processes to specifically change the chemical composition and surface structure of a material. This is typically done by applying a chemical solution or coating material to the surface of the workpiece. Chemical surface treatment includes processes such as degreasing, pickling, etching, shining, chromating and phosphating.

Coating the surface

Coating is one of the most common processes. Here, as the name suggests, a thin layer is applied to the material. This group includes processes such as painting, powder coating and chrome plating.

Removing the surface

Surface removal is a method of surface treatment in which material is removed from the surface of a component with the aim of achieving specific effects. This process is often used to smooth the surface, remove contaminants, change surface texture, or remove layers. Processes such as burnishing and electropolishing can be found here

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Properties achieved through surface treatment

Surface treatment is an important aspect that helps extend the life of various metals and other components. It’s no surprise that surface treatment is an integral part of so many industries. These include the automotive industry, construction, container manufacturing, the electrical industry, medical technology, industrial plants, laboratory technology, and aerospace. The components covered range from eyeglass frames to car parts to screws, nuts, bolts, various tools, and many other parts.

Various properties can be achieved on material surfaces through surface treatment. This includes:

  1. Protection against corrosion: Surface treatments can help protect metals from rust and corrosion, extending the durability and lifespan of the materials. Special industrial cleaners can be used for the treatment. At DST-CHEMICALS we have developed DST-PAS, a water-based cleaner that effectively protects components from corrosion.
  2.  Improved hardness and abrasion resistance: Certain treatments, such as plasticizing or nitriding, can increase the surface hardness and abrasion resistance of materials, making them more resistant to wear.
  3. Increased Adhesion: Surface treatments improve the adhesion of coatings, paints and other materials to the surface, providing better adhesion and durability.
  4. Optimized appearance: Sometimes the surface treatment also serves optical reasons. Here the appearance of materials can be improved or modified by making them appear smoother, shinier, or even decorated through treatment.
  5. Better electrical conductivity or insulation: Depending on requirements, surface treatments can improve electrical conductivity or provide electrical insulation.
  6. Improved thermal and acoustic insulation: Certain surface treatments can improve the thermal and acoustic insulation of materials.

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Surface treatment the DST-way

Treat your metal parts with our one of our many products like DST-DEGREEZ and DST-DERUST which are ideal for treating various metal surfaces.

No solution fits everyone. That’s why we need to understand your production processes before we can clean them up. What do you need? And what is your specific challenge? When we understand the bigger picture, our brightest minds put in place the smaller pieces. We develop, evaluate, test, implement and maintain your water-based cleaning solution – with local service teams around the world. Pure performance – that is our promise to you. Read how we have helped other companies take their cleaning processes to the next level.

Eco-friendly cleaning solutions for your surfaces

With over 35 years of experience, we are a leading manufacturer in the production of environmentally friendly and water-based cleaners for various surfaces. Through individualized product developments, we guarantee high-quality results in the cleaning and treatment of metal surfaces and other materials.

When you work with us, you get a water-based cleaning solution that eliminates grease, corrosion, and harmful processes. You get a solution that is environmentally friendly and highly efficient at low temperatures. This helps you reduce costs, raise standards, and make your production shine.

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Questions & Answers

What kind of surface treatments are there?
The list of different surface treatments is long. However, we often talk about mechanical and chemical surface treatment. Mechanical surface treatment uses mechanical forces to change the surface of a material, while chemical surface treatment uses processes such as degreasing, pickling, or etching to change the outermost layer of materials.

What is meant by surface treatment?
Surface treatment is a process in which the surface of a material is specifically changed to achieve certain properties. The treatment of surfaces protects the material from corrosion, improves the adhesion of coatings, increases the hardness, and improves the appearance of the various surfaces.

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Read more about related products to this article

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




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Expert insights and best practices for deburring metal

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


What is metal deburring?

Metal deburring is the process of removing burrs or rough edges from metal surfaces. Burrs are small, unwanted protrusions that can occur during the manufacturing or machining of metal parts. Removing these burrs is important as it improves the overall quality of the metal part, ensuring smooth surfaces and precise dimensions. Deburring also plays a crucial role in enhancing the functionality and safety of metal parts, as it eliminates sharp edges that could cause injury or damage during handling or assembly.

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Deburring techniques for different metals

Metal-specific deburring techniques vary depending on the type of metal being worked with. Steel is a common metal for deburring due to its widespread use in various industries. Techniques for steel deburring include manual methods such as filing, sanding, or using abrasive wheels. Additionally, automated methods like tumbling, vibratory finishing, or using specialized deburring machines can be employed.

When deburring other metals like aluminum or brass, it is important to consider their unique characteristics. Aluminum, for example, is a softer metal and can be more prone to galling or smearing during the deburring process. Brass, on the other hand, is a softer metal that can be easily scratched or damaged. Care must be taken to select deburring methods that are gentle and minimize the risk of surface damage.

Therefore, techniques such as using thermal or electrochemical deburring methods may be more suitable. Thermal deburring, also known as thermal energy method or TEM, involves using a combination of heat and pressure to remove burrs from steel parts. The process utilizes a high-temperature gas mixture that is directed at the burrs, causing them to thermally soften and be easily removed. This method is particularly effective for complex or hard-to-reach areas.

Electrochemical deburring, on the other hand, utilizes the principle of electrolysis to remove burrs from steel surfaces. It involves immersing the steel part in an electrolyte solution and applying a low-voltage electrical current. The current causes the burrs to dissolve or be selectively removed, leaving behind a smooth surface. This method is often used for precision deburring of intricate or delicate steel parts.

In summary, different metals require specific deburring techniques to achieve optimal results. Understanding the properties and characteristics of each metal is crucial in selecting the appropriate deburring method to ensure high-quality, burr-free surfaces.

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Deburring tools for metal

Deburring tools designed for metal are essential for achieving effective and efficient deburring results. There are various types of deburring tools suitable for metal deburring, including manual tools, mechanical tools, TEM (Thermal) tools, and ECM (Electrochemical) tools.

Manual deburring tools, such as files and scrapers, are commonly used for smaller or intricate metal parts. They allow for precise control and can be used to remove burrs by hand.

Mechanical deburring tools, such as deburring machines or rotary deburring tools, are suitable for larger or more complex metal parts. These tools use rotating abrasive wheels or brushes to remove burrs quickly and consistently.

TEM tools utilize thermal energy, such as hot air or flames, to remove burrs from metal surfaces. This method is often used for heat-resistant metals or parts with specific surface requirements.

ECM tools employ electrochemical reactions to selectively dissolve burrs from metal surfaces. This technique is particularly effective for complex shapes or delicate parts.

When selecting the appropriate deburring tool for metal, several factors should be considered. These include the type and size of the metal part, the severity of the burrs, the desired surface finish, and the production volume. It is important to choose a tool that matches the specific requirements of the metal and the deburring task at hand to achieve optimal results.

By considering the available options and evaluating the specific needs of the metal deburring process, one can select the most suitable deburring tool for efficient and high-quality results.

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How does DST-CHEMICALS handle the cleaning after metal deburring?

We, at DST-CHEMICALS. are a leading provider of cleaning solutions after metal deburring, offering a range of products and services that cater to the specific needs of customers.

We stand out as the preferred partner for cleaning after metal deburring due to several key factors. First, our Total Cost of Ownership (TCO) approach ensures that customers not only receive effective cleaning solutions but also achieve cost savings in the long run. By optimizing processes and reducing waste, we help customers improve their overall operational efficiency.

Furthermore, Our Pure Performance concept ensures that our products deliver consistent and reliable results. Our extensive research and development efforts ensure that our cleaning solutions are specifically designed to address the challenges of post-deburring cleaning, providing superior performance and quality. 
 
In addition to DST-DEBURR, we offer a range of other products that are effective in deburring metal. These include specialized cleaners, rust inhibitors, and surface treatment solutions. By providing a comprehensive portfolio of products, we can offer customers a one-stop solution for all their post-deburring cleaning needs. 

Conclusion

What is deburring metal? 
Metal deburring is the process of removing sharp edges, raised edges, or rough spots called burrs from metal surfaces.

What do you use to deburr metal? 
To deburr metal, various tools and methods can be used, such as grinding wheels. Files, brushes, sandpaper, or specialized deburring machines for electrochemical or thermal energy processes.

What does burrs mean metal? 
Burrs in metal refer to the unwanted imperfections or irregularities that can occur during metalworking, like sharp edges or small pieces of material sticking out.

What is the use of deburring? 
The main purpose of deburring is to improve the safety, quality, and functionality of metal components. It helps to avoid injury from sharp edges, enhances precision in assembly or machining processes, and improves the overall appearance of the metal part.

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Tips, techniques, and tools for deburring aluminum

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

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Why Deburr Aluminum?

To begin with, let’s define what aluminum deburring is. When aluminum components are produced through casting, milling, or other machining processes, sharp edges, burrs, and rough surfaces are often left behind. These imperfections not only compromised the aesthetics of the product but can also lead to functionality issues and safety hazards if not addressed. Aluminum deburring involves the removal of these undesired imperfections, resulting in smooth, polished, and safe surfaces. 

The significance of aluminum deburring in the manufacturing industry cannot be emphasized enough. Firstly, it ensures the quality of the final product. By eliminating burrs and sharp edges, manufacturers can prevent potential injury to end-users and enhance the functionality of their products. Secondly, aluminum deburring improves the overall appearance of the components. Smooth and polished surfaces not only give a professional and refined look but also contribute to the longevity of the product.   

If you are deburring you are also looking to clean after the process. Let’s introduce our selection of high-quality solutions for cleaning after aluminum deburring, encompassing exquisite products designed to impeccably clean and degrease the deburred parts. With an extensive expertise spanning over 35 years in this field, we recognize the unique nature of each cleaning endeavor, necessitating a unique approach. We call this the Pure Performance Concept. Thus, in the realm of modern deburring techniques, the pursuit of excellence extends to modernized cleaning solutions.   

Electrochemical deburring (ECM) is commonly used to remove burrs from metal workpieces. In this process, an electrolyte solution containing salt or glycol is employed to utilize electrochemical energy for deburring. By functioning as a cathode and applying a direct current (DC) along with the electrolyte fluid, the deburring equipment triggers an anodic reaction. This method efficiently and precisely eliminates burrs without causing any harm to the surrounding metal. 
Read more about deburring methods here   

To achieve precision in aluminum deburring, certain tips should be kept in mind. First and foremost, understanding the specific characteristics and properties of the aluminum component is essential. This knowledge helps in selecting the appropriate deburring technique and tools. Additionally, closely monitoring the deburring process and periodically inspecting the quality of the deburred surfaces is crucial to ensure desired results.

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Deburring Techniques for Aluminum

Aluminum, known for its lightweight and corrosion-resistant properties, is a popular choice across industries like automotive, aerospace, and construction. However, due to its malleability, susceptibility to burrs and sharp edges is inevitable during the manufacturing process. Removing these burrs not only improves the aesthetics of the final product but also ensures safety by eliminating potential hazards. Some of the deburring methods includes. manual, mechanical, thermal, and electrochemical deburring.
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Deburring Aluminum Extrusions: Challenges and Solutions. Aluminum extrusions present specific challenges during the deburring process. Due to their elongated shapes and various profiles, optimizing deburring techniques becomes crucial. One common challenge in deburring aluminum extrusions is the removal of burrs from internal cavities or intricate profiles. Manual or mechanical deburring may not effectively address these hard-to-reach areas. In such cases, thermal or electrochemical deburring techniques prove highly advantageous, ensuring a thorough removal of burrs from challenging locations. Another challenge lies in maintaining the integrity of the extruded profiles and avoiding damage during the deburring process. Specialized fixtures or jigs are often utilized to secure the extrusions and ensure precise deburring without altering the desired shape.

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Professional Guidance for cleaning after aluminum deburring

Over the years we have established ourselves as a leading provider of innovative and efficient cleaning solutions after aluminum deburring. With a proven track record of delivering exceptional results, we have earned a reputation as the go-to cleaning company for industries seeking top-notch cleaning after a deburring process.

Our strong expertise in cleaning after aluminum deburring rests on the foundation of our “Pure Performance” concept. This concept encompasses several key features that set us apart from competitors.

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Pro Tips for Achieving Quality Aluminum Deburring

At DST-CHEMICALS, we are a leading supplier of surface treating cleaning products and have over 35 years of experience within the field. Therefore, we would like to share some valueable insights into achieving effective aluminum deburring. First and foremost, maintaining your deburring tools in optimum condition is crucial for achieving effective aluminum deburring. Regularly inspect and clean your tools to prevent buildup of debris and ensure that the working area is clear. Choose the appropriate tools based on the size and type of burrs and be sure to use sharp blades to minimize the risk of creating additional marks or scratches on the aluminum surface. Replace worn-out tools promptly to avoid compromises in the deburring process.

Second, consistency is key to achieving uniform and high-quality deburring results. Establishing a standard procedure for deburring aluminum parts helps ensure that each piece receives the same level of attention and treatment. Train your deburring operators to follow specific techniques, such as using the right amount of pressure, maintaining a continuous motion, and ensuring that the tool reaches all areas requiring deburring. Consistent techniques eliminate inconsistencies in the finished product, enhancing overall quality.

Even with the best tools and techniques, aluminum deburring can present challenges that require troubleshooting. Some common issues include:

Recurring Burrs: If you find that burrs keep reappearing after deburring, it might be due to improper tool alignment or insufficient pressure. Ensure that the tool is correctly aligned with the burr and apply sufficient pressure to remove the excess material.

Heat Generation and surface discoloration: Deburring can generate excessive heat, causing unwanted surface discoloration and compromising the aluminum’s integrity. Make sure to use coolant or lubricants during the deburring process to manage heat generation effectively.

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Questions & Answers

What is the best way to deburr aluminum? 
The best way to deburr aluminum can depend on the specific requirements and resources available. The traditional method includes using a tool like blade, sandpaper, or a grinding wheel. Alternatively, thermal deburring (TEM) and electrochemical deburring (ECM) are usually more effective methods.  

What is deburring aluminum? 
Deburring aluminum refers to the process of removing sharp edges, rough spots, or burrs from aluminum surfaces after they have been machined or cut. TEM employs a combination of pressure and explosive gases to quickly remove burrs by utilizing the heat generated in the process. ECM uses a combination of electrolyte and electrical current to dissolve burrs selectively. 

How do you use an aluminum deburring tool? 
To use an aluminum deburring tool, hold the tool firmly and apply gentle pressure to the burr or rough spots. Move the tool back and forth or in circular motions until the desired smoothness is achieved. Similarly, TEM and ECM can be carried out using specific equipment and following the recommended procedures provided by the manufacturers. 

How do you remove aluminum burrs? 
To remove aluminum burrs, various methods can be used. Traditionally, a blade or a file can be used as mentioned earlier. Additionally, TEM can effectively remove burrs in hard-to-reach areas and complex shapes, while ECM is suitable for precise and intricate parts.  

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Read more about related products to this article

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions we continiously demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.


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The ultimate cleaning guide after the deburring process

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


What is deburring?

Deburring is the process of removing burrs, which are unwanted rough edges or protrusions on a material, usually formed during manufacturing operations like cutting, drilling, or milling. Deburring plays a crucial role in improving part quality by ensuring smooth surfaces, proper fit, and better performance. It helps in enhancing the functionality, aesthetics, and safety of the finished product. In summary, deburring is necessary to maintain quality, enhance product performance, and improve overall functionality.

Significance of deburring in manufacturing

Deburring plays a crucial role in several aspects of the manufacturing process. First, deburring improves the functionality and performance of components, ensuring they fit seamlessly together and operate smoothly. Furthermore, it enhances the overall quality and aesthetics of the finished product. Smooth, burr-free surfaces not only look more professional but also minimize the risk of injury during handling or assembly.
By eliminating burrs, manufacturers can enhance the lifespan and reliability of their products, ultimately increasing customer satisfaction and loyalty.
Read more about our metal cleaning products in manufacturing here

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We’re experts in cleaning after the deburring process

When it comes to cleaning solutions after a deburring process, we, at DST-CHEMICALS, stand out as a leader in the industry. With 35 years of experience and expertise, we offer cleaning solutions of high quality and functionality aimed at washing the parts after a deburring process that are covered with oxides, ultimately, removing them in the process.

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The deburring process

At DST-CHEMICALS, we mainly have cleaning products for a cleaning process after TEM and ECM. However, there exists methods and techniques used to remove burrs, depending on factors such as the material being worked on, the size and types of burrs, production volume, and desired level of precision. Here are some common deburring methods:

Manual deburring

This method involves using handheld tools like flies, abrasive stone, or sandpaper to manually remove burrs. It is suitable for small-scale or intricate workpieces, but it can be time-consuming and labor intensive.

Pros

  • Cost-effective for small-scale production or one-off projects.
  • Provides precise control over the deburring process.
  • Suitable for delicate materials or intricate parts.

Cons

  • Time consuming, especially for large-scale production.
  • Requires skilled labor, leading to higher labor costs.
  • May result in inconsistent deburring if not performed meticulously.

Mechanical deburring

This method uses machines to remove burrs. These machines can be equipped with rotating brushes, abrasive belts or abrasive wheels. They provide consistent and efficient deburring for larger workpieces or high-volume production.

Pros

  • Faster and more efficient than manual deburring.
  • Consistent deburring results for large quantities of parts.
  • Reduces labor costs compared to manual deburring.

Cons

  • Initial investment in machinery can be costly.
  • Limited to parts that can fit within the capabilities of the equipment.
  • Potential for over-deburring if not carefully controlled.

Thermal deburring (TEM)

The TEM deburring process uses the ignition of a combustible gas within a pressurized chamber to remove burrs from machined components. Because the burrs are much smaller than the component, they reach the auto-ignition point instantly and are vaporized in the oxygen-rich chamber. An oxide layer is left across the component surfaces and in most cases, this needs to be cleaned prior to the next step, or as part of subsequent coating process. An accurately defined mixture of gases is fed into the deburring chamber via a gas metering system and ignited by a spark. The temperature of the subsequent combustion ranges from 2.500 to 3.300 °C and raises above the ignition temperature of the burr. 
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Pros

  • Effective in removing burrs from complex and hard-to-reach areas.
  • Can be used on various types of metals and alloys.
  • High deburring precision.
  • Short cycle times.

Cons

  • Safety concerns due to the potential risks associated with working with combustible gases.
  • High equipment and operational costs.
  • Possibility of surface discoloration or distortion.

Electrochemical deburring (ECM)

ECM is deployed to remove unwanted burrs from metal workpieces. It uses electrochemical reactions to dissolve the burrs without causing damage to the surrounding material. Here are the pros and cons of ECM.
Read more about neutral cleaning after ECM

Pros

  • Precise and controlled removal of burrs without altering the workpiece surface.
  • Can target specific areas requiring deburring.
  • Faster deburring process compared to manual methods.
  • Lower risk of surface damage or distortion.

Cons

  • Limited effectiveness on large burrs or burrs in hard-to-reach spots.
  • Limited applicability to certain metals and alloys.
  • Higher initial investment in equipment and setup
  • Dependency on the electrolyte solution and its maintenance.

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Deburring parts to perfection

Deburring is the process of removing sharp edges or burrs from a workpiece. It is a crucial step in manufacturing, as these burrs can pose safety risks, hinder the functionality of the parts, or cause damage during assembly or use. The need for deburring arises in various materials, including metal, aluminum, copper pipes, and plastic parts.

Metal parts are commonly subject to deburring due to the nature of their manufacturing processes such as machining, casting, or stamping. Burrs and sharp edges can be present on materials like steel, stainless steel, aluminum, brass, and copper. Deburring with methods like grinding, filing, or abrasive blasting can remove the sharp edges and produce smooth surfaces.

Aluminum parts can be challenging to deburr due to their tendency to clog deburring tools and the potential for smearing the material if not approached correctly. Common deburring methods include abrasive blasting, sanding, or using deburring brushes to achieve clean and smooth edges.

How we can help you in the deburring process

DST-CHEMICALS is a renowned and trusted partner in the field of cleaning solutions after deburring, offering innovative solutions and expertise that set them apart from others in the industry. We follow a unique approach to cleaning after a deburring process known as the Pure Performance Concept, which ensures the highest level of quality and efficiency in cleaning after a deburring process. Here’s why we are the go-to partner for cleaning solutions after deburring: 

Expertise and experience: We boast a team of experts with extensive knowledge of cleaning after deburring different types of parts and materials. Our understanding of various deburring techniques, and chemical formulation enable us to provide customized solutions for even the most complex cleaning challenges.

Our Pure Performance concept is based on our commitment to delivering the highest level of performance in every aspect of the deburring process. Depending on what deburring method you choose, we have chemical cleaning formulations to meticulous process optimization and precise quality control, we make sure that every part is cleaned to perfection.

We understand that every customer has unique requirements and challenges. We provide comprehensive support, collaborating closely with our clients to analyze their needs, conduct trials, and develop optimized deburring processes. Our customer-centric approach ensures that the final clean after deburr operation meets and exceeds expectations.

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Why you should clean after deburring

It is very important to clean a piece after a deburring process, particularly in thermal and electrochemical deburring, due to the following reason:

The deburring process generates burrs, scales, chips, oxides, and other loose particles that can remain attached to the workpiece. Cleaning helps to remove these debris, preventing them from interfering with subsequent processes or causing damage to the equipment or machinery.

TEM and ECM deburring processes can introduce contaminants or residues onto the workpiece surface. Cleaning ensures the removal of any residual chemicals, oxides, or other substances that may have accumulated during the deburring process. This promotes a clean and smooth surface finish, meeting the desired specifications and enhancing the overall aesthetics of the products.

Prevention of corrosion: If the workpiece is not thoroughly cleaned after ECM deburring, any residual chemicals or electrolytes used in the deburring process can stay on the surface. This can lead to corrosion over time. Cleaning helps to eliminate these corrosive substances, protecting the workpiece from potential damage.

Failure to clean a workpiece after deburring can result in the contamination of subsequent processes or assemblies. Loose burrs, debris, or residues left on the surface may inadvertently mix with lubricant, coating, or other materials used in further manufacturing stages. This can compromise the performance, functionality, or durability of the final product, leading to potential product failures or customer dissatisfaction.

Cleaning the workpiece after deburring is crucial for accurate quality control and process validation. By thoroughly cleaning the surface, any remaining burrs or defects can be clearly identified and assessed. This allows for proper evaluation of the deburring process, ensuring its effectiveness and reliability, and enabling necessary adjustments or improvements to be made.

Overall, cleaning a piece after deburring, especially in thermal and electrochemical deburring, maintains the integrity, quality, and performance of the workpiece, minimizing potential issues and ensuring the success of subsequent manufacturing processes.

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Conclusion

What is the purpose of deburring?
Deburring is done to remove burrs and sharp edges from the surface of a workpiece, improving its safety, functionality, and overall aesthetics.

What are the methods of deburring?
There are several methods of deburring, including manual deburring, mechanical deburring, thermal deburring, and chemical deburring. The choice of method depends on factors such as material type, part complexity, desired finish, and production volume.

What tool is used to deburr?
Various tools are used for deburring, such as deburring blades, brushes, grinding wheels, or abrasive belts. The selection of the tool depends on the material type and the size and shape of the burrs to be removed.

What does it mean to deburr material?
Deburring refers to the process of removing burrs, which are unwanted metal or material projections, and smoothing the surface of a workpiece to eliminate sharp edges, improve functionality, and enhance safety.

Why is deburring done?
Deburring is done for several reasons. It improves the overall quality and appearance of the workpiece, reduces the risk of injury due to sharp edges, and ensures proper fit and functionality when assembling parts. Moreover, deburring helps to prevent damage to equipment and extends the lifespan of the finished product.

Talk to a specialist


Read more about related products to this article

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.


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Cut costs / Save money through DST's TCO.

Benefits of TCO in industrial cleaning

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


What is Total Cost of Ownership (TCO) and why it’s important for industrial cleaners

As an production company, the cost of cleanliness can add up quickly. Total Cost of Ownership (TCO) is a term that refers to the complete cost that goes into owning and operating a piece of equipment, including maintenance, repairs, and replacement costs.

When it comes to choosing the right industrial degreaser cleaners for your facility, factoring in TCO can save you money in the long run.

By selecting a cleaner that prolongs bath life time, works at lower temperature and is efficient and effective, you can reduce energy, waste water and re-work leading to a lower TCO overall. In addition, a high-quality industrial cleaner can help improve the lifespan and performance of your equipment, ultimately saving you money and time.

This indicates that there are much more to your cleaning process than just the upfront costs of the products.

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Advantages of doing a TCO Analysis

Conducting a total cost of ownership (TCO) analysis can bring numerous advantages to businesses. By considering all factors that contribute to the costs of equipment over its lifetime, businesses can make informed decisions about their purchases.

For example, a TCO analysis may reveal a particular degreaser cleaner with a higher upfront cost will mean increased energy savings and provide a longer bath life time than a cheaper alternative.

Not only can this type of analysis save money in the long run, but it can also lead to increased cleanliness and efficiency in operations. Overall, conducting a TCO analysis can provide businesses with invaluable insights and benefits.

Check out the numbers below  and let’s calculate your potential savings together! 

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Analyzing the lifespan and maintenance
of industrial cleaners

The importance of industrial cleaners cannot be overstated in any manufacturing setup. Products which remove tough stains, oil, emulsions and grease from surfaces.

When it comes to analyzing the lifespan and maintenance of industrial cleaners, the bath life time is one of the key factors that determine how long a cleaner can last before it needs to be replaced. To keep the cleaners performing optimally, regular service visits are essential to ensure that the equipment is in top shape and the cleaner is working to its maximum potential.

Additionally, regular use of a non-water-based industrial cleaners can cause wear and tear on equipment, but with the right cleaner and the right maintenance, these degreaser cleaners can significantly reduce the damage caused on equipment, thus making them long-lasting and highly effective.

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How to calculate TCO in practice

Knowing how to calculate the total cost of ownership (TCO) for a new product can save you money in the long run. TCO takes into account all of the costs associated with a product, such as energy costs, bath life time, waste water, and fresh water usage. 

By analyzing the TCO of a product before purchase, you can identify any hidden costs and make more informed decisions. For example, a product that costs less initially may end up being more expensive to use in the long run due to higher energy costs or shorter bath life time. 

By using TCO, you can make better decisions for your business and ensure that you are not overspending on products that may seem like a bargain at first glance.

Understanding performance metrics
of industrial cleaners

When it comes to industrial cleaning, ensuring the cleanliness of the parts cleaned is of utmost importance. However, it is equally important to understand the performance metrics of the cleaner you are using. Factors such as bath life time, energy savings, and low temperature capability can greatly impact the effectiveness and efficiency of your cleaning process.

It is also becoming increasingly important to consider environmentally-friendly options, as many companies are striving towards sustainability.

By taking the time to understand the performance metrics of industrial cleaners, you can ensure that your cleaning process is efficient, effective, and environmentally responsible.

Let’s calculate your TCO

Conclusion

In conclusion, the TCO analysis can be a powerful tool in production companies to track and predict operating and maintenance expenses for their industrial cleaners over time.

From initial purchase price to performance abilities, bath life time and savings on energy, conducting a TCO analysis is a key part of optimizing operations and avoiding unnecessary expenses.

This article highlighted all of the various aspects that come into play when analyzing TCO of industrial cleaners. We hope this helped you to make confident cost-effective decisions – should you choose to calculate TCO on your own or require professional assistance – we would be more than happy to help.

So why not let us calculate your TCO for your next industrial cleaner? Try out the calculator here.

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Read more about related products to this artical

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




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Sustainable industrial cleaning solutions

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


Unwavering Commitment to sustainability

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.

Cutting-edge Research and Development

One of the key advantages of choosing DST-CHEMICALS is our dedication to research and development. To stay at the forefront of sustainable cleaning solutions, we invest in innovative technologies and continuously improve our product. Through ongoing research, we ensure that our detergents, metal, and engine degreaser cleaners are effective in removing grease while minimizing environmental impact.

Read more about our DST-DEGREEZ here

DST_CHEMICALS laboratory two chemists working

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Customized solutions for various industries

DST-CHEMICALS recognizes that different industries have unique cleaning requirements. Whether you operate in hospitality, healthcare, manufacturing, or other sectors. In addition, we provide customized solutions tailored to meet the specific needs of your industry. By understanding the challenges and demands faced by different sectors, we can provide efficient and eco-friendly cleaning solutions for business across diverse fields.

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Products Quality and Safety

Choosing DST-CHEMICALS means choosing products of exceptional quality and safety. Every cleaning solution offered by DST-CHEMICALS undergoes rigorous testing and quality control procedures to ensure its efficacy and safety for both users and the environment. With us, you can have peace of mind knowing that you are using top-notch products that effectively clean while minimizing harm to the planet. 

Read more about our Pure Performance Concept

Expert Support and Consultation

With over 35 years of experience in industrial cleaning solutions, DST-CHEMICALS provides expert support and consultation to you. Our dedicated team of professionals is readily available queries and assist in finding the most suitable cleaning solution for the specific requirements. Whether you need assistance with product selection, usage of instructions, or troubleshooting, DST-CHEMICALS is committed to ensuring your satisfaction throughout your journey with us.

DST-CHEMICALS lab showing a person conduction industrial cleaning tests

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Conclusion

In a world where sustainability and environmental consciousness are becoming increasingly prominent, choosing DST-CHEMICALS as your provider of sustainable cleaning solutions is a decision that aligns with both ethical and practical considerations. With our unwavering commitment to sustainability, cutting edge research and development, customized solutions, products quality and safety, as well as expert support and consultation, DST-CHEMICALS proves to be an excellent choice for businesses seeking effective and ecofriendly cleaning alternatives. By choosing DST-CHEMICALS, you can contribute to a greener future while enjoying efficient cleaning solutions tailored to your specific needs.

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Read more about related products to this artical

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




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How to prolong bath lifetime and optimize your production process

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


Prolong bath lifetime and optimize
your production process

How do you make your cleaning process more sustainable? Well, it’s all about doing more with less. Less water. Less energy consumption. And less maintenance.

But how can you do that without compromising on cleanliness? The short – and probably not so surprising – answer is to choose the right water-based industrial cleaner that fits your production process.

Would you like the longer and more thorough answer? Then keep scrolling.

Extend bath lifetime by several weeks.
Or maybe even years

Yes, you read it right. Extending bath lifetime is possible – with the right cleaning solution that fits your production process perfectly. It all starts by choosing the optimum sustainable industrial detergent. And the result? It’s better than you think. You reduce energy consumption and increase your production time.

Let’s take an example.

Let’s say you have a bath that contains 5,000 liters. The lifetime of the bath is three months and the water temperature is 70°C. Decent, right? Well, it could be even better. By using the right industrial cleaning solution, you can double the bath lifetime to six months and lower the water temperature to 45°C. You not only save a lot of water – you also reduce your energy bill significantly, while maintaining – or even improving – cleanliness.

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A smoother wash process and longer
bath lifetimes for VMS Group

VMS Group covers all aspects of service within the maritime and offshore industry. They had three important demands for their industrial detergent:

  1. The quality of the washed items had to be impeccable
  2. The product had to be a single-use product and contain corrosion protection
  3. The product had to be eco-friendly and safe for the working environment

With the right industrial detergent for their particular production, all three demands were met. And moreover, the economic gain was an extra asset. Their new cleaning process ensures that the wash process runs smoothly, and they achieve cost savings through lowering the water temperature and extending bath lifetimes.

Read the full case story →

VMS group's success with industrial cleaning through DST-CHEMICALS in the offshore industry.

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4 tips to keep your bath in
good condition for longer

In order to ensure efficient and high-quality industrial parts cleaning and to optimize bath lifetime, there are several things you can do. Some of them are:

Make sure to keep the correct pH level in the bath. This will prevent corrosion and reduce degradation of the bath. At DST-CHEMICALS, our technicians help you check the purity, the condition of the bath and the entire washing process in general.

Keep the bath at an optimal temperature to prevent degradation and extend its lifespan. Higher temperatures aren’t necessarily better. By choosing the right cleaner, you can lower the temperature and reduce energy costs.

Go through regular maintenance checks to identify any potential issues early on and prevent them from causing long-term damage. At DST-CHEMICALS, our promise to our customers is that we are in this together. And we stick to this promise by providing maintenance and service to ensure your requirements are met – every day.

Make sure to stick to the recommended instructions for bath usage and maintenance to ensure that the bath is used and maintained correctly.

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The highest level of cleanliness
at the lowest possible cost

Keeping your industrial parts cleaning sustainable is important. On the other hand, you also need to make sure your cleaning processes are kept at the lowest possible cost. We get that. So let’s focus on some of the economic gains that are achieved by extending bath lifetime.

  • Increase production time:
    Fewer interruptions in your production process means more time for what’s important for your business – enhanced productivity.
  • Cut heating costs:
    With longer bath lifetime, you need less water and less cleaner. And with the right detergent you can lower the water temperature significantly.
  • Achieve energy savings:
    When lowering the water temperature, you use less energy each time you need to heat up the bath.

The best industrial cleaner pays off

Choosing a DST-CHEMICALS cleaning product is good business. And so it was for Sona BLW Precision Forgings, an automotive technology company based in India.

Just take a look at these shiny numbers:

Statistisches Material über unsere Gesamtbetriebskosten

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Less water.
Less environmental impact

The best way to reduce water consumption is to choose a cleaning solution that makes it possible to extend the life of your bath. If you do this, the results are clear. You reduce waste-water as well as water and energy consumption. A win-win situation for the environment and for your business.

Curious to know more about how you can meet the environmental demands – and keep up the cleaning standard?

Yes please – let’s talk →

VMS group's success with industrial cleaning through DST-CHEMICALS in the offshore industry.

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Conclusion

Take the right step towards longer bath lifetime

Finding the right cleaning solution isn’t easy. Because no cleaner fits all. It is a question of chemistry and knowledge.

First, it is necessary to carry out testing and analysis to fully understand your industrial cleaning processes. Then it is time to find, or maybe even develop, the right detergent and implement it in your cleaning processes. And furthermore, it is essential to ensure efficient maintenance of the bath as well as ongoing service.

At DST-CHEMICALS, we have a process that ensures you get a superior water-based industrial cleaning product – no matter whether you are looking for a degreaser, cleaner, rust inhibitor or rust removers. The process is called Pure Performance.

Learn more about Pure Performance 

Talk to a specialist


Read more about related products to this artical

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




Continue reading

How to reduce energy costs in your industrial cleaning process

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


Reduce energy costs – and keep up the cleaning standard

Energy efficiency is an important topic in most companies today. Especially because of the soaring costs and the environmental demands.

The overarching problem, though, is that many processes – particularly cleaning – are quite energy intensive and therefore also expensive. So how can you improve the energy efficiency of your cleaning processes and in your production process overall?

Let’s go through some easy-to-implement ways to reduce your energy costs.

Danfoss achieved energy savings of 50%

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7 ways to wipe out wasted energy

Downsizing your energy consumption has a great impact on the environment – and on your bottom line, too. So if you don’t already have a plan for your energy savings, it is time for action.

To help you on the way, we have gathered 7 simple tips to reduce energy costs in your cleaning processes – and in your production process overall:

Install automatic lighting
Let’s start with one of the easiest ways to save energy in your production facility. That is turning off the lights when no one is in the production area. To do so, you can install an automated lighting system that only turns on the lights when the area is in use. In the light of the soaring energy costs, this makes perfect sense, right?

Use the right cleaner to reduce water consumption
Regular cleaning of your industrial parts and equipment is necessary. And it is even more important that you choose the right industrial detergent for your exact needs. The right cleaner makes it possible to extend the bath lifetime and save water. We recommend that you use water-based cleaning products. Unlike solvent cleaning products, water-based cleaners are formulated to provide the highest level of cleanliness with the lowest possible impact on the environment.

Maintain equipment and prolong its lifespan
Keeping your equipment in optimal condition is important in ensuring that your operation is as  energy efficient as possible. Schedule ongoing maintenance checks on all your equipment. The old and new ones, the ones performing 24/7, and the ones you don’t use as often. This will ensure that your production is running efficiently without unnecessary and costly delays and downtimes.

Switch to LED lighting
LED bulbs are the optimal lighting choice for energy savings. And the benefits are clear. They last five to ten times longer and use about a quarter of the energy to produce the same light as halogen bulbs. Sounds great, right? So make sure to switch all bulbs to LED right away.

Lower the water temperature
Switching to the right sustainable industrial detergent makes it possible to lower the water temperature in your baths. With the right cleaner, developed for your set-up, you can lower the water temperature significantly. And this is without compromising on cleanliness. Additionally, you can prolong bath lifetime and cut costs. Plenty of good reasons to reevaluate your cleaning processes.

Power down unused equipment
Powering down your equipment when it is not in use seems to be a no brainer. Yet it can easily be overlooked. Make a habit of walking through your production facility every day to ensure that unused equipment is powered down. It can result in significant savings over time.

Involve your employees
To make sure all of the above are completed and included in your production and cleaning processes, involve all employees in your ongoing energy optimizations. Let them know how the energy costs affect the bottom line and make sure everyone is always updated on the latest energy-saving initiatives in your production unit.

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Danfoss achieved energy savings of 50%

Danfoss Easley used many resources, water as well as time, for washing. And this at a temperature of 70°C. In order for the employees to be able to handle the washed components further along in the process, the components had to be placed in a cooling tunnel.

A long process, which had to be repeated every day, this resulted in waste of time and energy – as well as high water consumption and the use of many chemicals.

Using the right pH-neutral metal cleaning products, Danfoss Easley has been able to lower the water temperature to 45°C. And instead of replacing the baths each week – they now replace them just once a month.

Read the case story →

Danfoss achieved energy savings of 50%

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Read more about related products to this artical

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




Continue reading

Degreasing a few of Zeppelin's workpieces.

Benefits of remanufacturing

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


Environmental, Economic and Social Benefits

Environmental Benefits
Remanufacturing has a positive impact on the environment. It reduces the amount of waste generated by disposing of old products and manufacturing new ones. By reusing parts and materials, remanufacturing conserves natural resources, reduces energy consumption, and decreases greenhouse gas emissions. Remanufacturing also helps prevent toxic substances from being released into the environment.

Economic Benefits
Remanufacturing has significant economic benefits. By extending the life time of products, remanufacturing helps companies save money on production costs. Remanufactured products are typically less expensive than new ones, making them more affordable. Remanufacturing also creates new jobs in the manufacturing and service sectors, particularly in the automotive industry, off-road and transportation industry in general.

Social Benefits
Remanufacturing has social benefits as well. By producing high-quality remanufactured products, companies can increase customer satisfaction and loyalty. Consumers benefit from the lower cost of remanufactured products, which can help them save money and access products they may not have been able to afford otherwise. Additionally, remanufacturing reduces the environmental impact of manufacturing, which can help improve public health and quality of life.

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The best eco-friendly detergent that wipes away those bad-for-business chemicals

Choosing the right industrial cleaning solution for your operation is good business. It can help you improve quality while reducing water and energy consumption.

But how do you find the best detergent for your remanufacturing business? Well, it depends on a few things. At DST-CHEMICALS, we have a process that ensures you get a superior water-based industrial cleaning product to help you remanufacture in the best possible way.

The process is called Pure Performance. Learn more about Pure Performance 

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Examples of Remanufacturing

Remanufacturing is used in various industries to restore engines, transmissions, and other parts to like-new condition. This process can help extend the life of vehicles, trains, ships etc and reduce the number of new items that need to be manufactured. It can also help reduce the cost of vehicle repairs for consumers.

VMS group's success with industrial cleaning through DST-CHEMICALS in the offshore industry.

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See how others do

We’ve done it before. Actually, we have helped professionals like you bring new life to machines since 1987.
VMI GROUP and HAMBURGER HOCHBAHN is some prime examples of this.

WMS group is remanufacturing ships engines

Workshop manager Kim Brohus from VMS Group had three all-important demands for the cleaner:

  • The quality of the washed items had to be impeccable
  • The product had to be a single use product and had to contain corrosion inhibitors
  • The product had to be safe for the working environment and eco-friendly

Read the full case story  →

Conclusion

Remanufacturing offers many benefits, including environmental, economic, and social advantages. By conserving natural resources, reducing waste, and creating jobs, remanufacturing can help build a more sustainable and equitable, circular economy. As consumers and businesses become more aware of the benefits of remanufacturing, it is likely that its use will continue to grow and expand into new industries.

Talk to a specialist


Read more about related products to this artical

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




Continue reading

Meet environmental demands – and keep up the cleaning standard

Realizing the benefits of
taking TCO into consideration
for industrial cleaning

When it comes to maintaining a successful production, cutting costs is essential – and optimizing operations through detailed TCO analysis is the key to achieving long-term savings.

Table of Contents


The environmental demands on your business are increasing

This is putting industrial parts cleaning under pressure – unless you have the right cleaning products and process.

But how do you make your industrial parts cleaning both smarter and environmentally friendly? How do you reduce the cost per parts cleaned? And how do you find the best eco-friendly detergent for your particular operation? The answers to these questions might actually be simpler than you think. So let’s take a closer look at what you can do.

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Does your industrial parts cleaning
give you a clean conscience?

Let’s start by underlining the importance of eco-friendly cleaning. Honestly, we all know it is important, so the million-dollar question you really should ask yourself is: do we meet the environmental demands when cleaning or should our cleaning processes be even more eco-friendly?

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Reduce, reuse and rethink

By staying up to date with the latest and greenest best practices, you can maintain cleaning standards while improving your bottom line. Sounds great, right? Here are 5 things you can do:

  • Choose environmentally friendly cleaning products
    The first one is obvious. If you are not already using environmentally friendly industrial cleaners, this is the first step to success. If you are, you should make sure that it is the right one. Because finding the best eco-friendly cleaner for your particular operation will pay off. A great place to start is to choose products that are developed using water-based chemicals. Those products are formulated to provide the highest level of cleanliness with the lowest possible impact on people and the environment. With a solution from DST-CHEMICALS you can choose water-based cleaning products for every purpose.

  • Lower the water temperature
    When you are degreasing or cleaning industrial parts, the water temperature depends on the type of oil and grease, the functionality of the washing plant and the type and shape of the metal item. You probably know that. But are you aware that it is possible to lower the water temperature to save energy, man-hours and money? It is possible – but only when applying the right detergent.

  • Use less water
    The amount of water used when cleaning industrial parts can be huge. Really huge. This is neither good for the environment nor your operation. The best way to reduce water consumption is to choose a cleaning solution that makes it possible to extend the life of your bath without compromising on cleanliness. If you do this, the results are clear. You need less energy to heat up the water several times, you reduce waste-water and water consumption, and you increase production time. Learn more about how to prolong bath life here.

  • Educate your staff
    Make sure to educate your staff to give them the required qualifications. In this way, you ensure an environmentally friendly cleaning process from beginning to end. Help them to reduce, reuse and recycle wherever possible. Make sure they know exactly the right amount of water and detergent at the right temperature to ensure the best possible result. Also, use easy-to-maintain equipment to maximize the bath lifetime and minimize your environmental impact.

  • Make ongoing quality assurance and adjustments
    Implementing the right environmentally friendly industrial degreaser or cleaner in your cleaning process is a great move. However, it is not the finishing line. Make sure to evaluate the quality of your cleaning process and let us help you adjust where and when necessary. Maybe there are even more environmental savings to be made later on – and the only way to find out is to keep scrutinizing and optimizing your cleaning process.

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The best eco-friendly detergent that
makes your business shine

Choosing the right industrial cleaning solution for your operation is good business. It can help you improve quality while reducing water and energy consumption.

But how do you find the best detergent for your particular set-up? Well, it depends on several things. It depends on your production facilities, on the metal you need to clean and on the washing machines you use. Just to name a few.

At DST-CHEMICALS, we have a process that ensures you get a superior water-based industrial cleaning product – no matter whether you are looking for a degreaser cleaner, rust inhibitor or industrial degreasers. The process is called Pure Performance.

Learn more about Pure Performance 

Talk to a specialist

HAMBURGER HOCHBAHN achieved
energy savings of up to 45%

As a modern company, HAMBURGER HOCHBAHN has a consistent sustainability strategy, covering everything from a zero-emissions fleet to low-energy maintenance and cleaning of vehicles. And with DST-CHEMICALS, a new course has been set in this regard.

We have helped HAMBURGER HOCHBAHN reduce the water temperature of their baths by up to 15°C. The result? Significant energy savings of up to 45%. Perhaps you would like to learn more?

Read the case story →

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Conclusion

Not less effective, just more environmentally friendly

Environmentally friendly industrial cleaning does not have to be less effective. In fact, in the process of making sure that your industrial parts cleaning meets demands, you get the opportunity to streamline and optimize all of your cleaning processes.

The most important thing is to think of all the benefits, not only for the environment, but also those that your company can benefit from. The obvious one is that you improve your green footprint. The not so obvious one is that it helps you cut costs. It’s all about removing grease at the lowest possible cost. A win-win situation for the environment and for you.

Let’s have a virtual cup of coffee


Read more about related products to this artical

We understand the importance of sustainability and strive to make a positive impact on the environment. By offering a range of sustainable detergent solutions. DST-CHEMICALS demonstrate a genuine commitment to reducing the ecological footprint associated with cleaning processes. Joining forces with us means aligning yourself with a company that prioritizes ethical practices and actively contributes to the green agenda.




Continue reading

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