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Blasting Product List and Ranking from 42 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated: Aggregation Period:Mar 18, 2026~Apr 14, 2026
This ranking is based on the number of page views on our site.

Blasting Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Mar 18, 2026~Apr 14, 2026
This ranking is based on the number of page views on our site.

  1. 原田鉄工 Hiroshima//Manufacturing and processing contract
  2. 東洋ブラスト工業所 本社 Osaka//Ferrous/Non-ferrous metals
  3. 不二製作所 本社 Tokyo//Industrial Machinery
  4. 4 細野メタリコン工業所 Osaka//Manufacturing and processing contract
  5. 4 石田研磨工業所 Shizuoka//Ferrous/Non-ferrous metals

Blasting Product ranking

Last Updated: Aggregation Period:Mar 18, 2026~Apr 14, 2026
This ranking is based on the number of page views on our site.

  1. Regarding substrate preparation using SSPC SP-10 blasting. 原田鉄工
  2. Regarding substrate preparation using ISO Sa2.5 blasting. 原田鉄工
  3. [Case Study] How to Represent Blasting Processing in Drawings 東洋ブラスト工業所 本社
  4. 4 Leave the sandblasting processing in Osaka Prefecture to us! 細野メタリコン工業所
  5. 5 Difference between Type 1 and Type 2 peeling. 原田鉄工

Blasting Product List

61~86 item / All 86 items

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Vivid colors: Beautiful finish of the motor (SSPC SP-10)

Shining Revival: It removes rust and paint from the motor with blasting, beautifully restoring it.

Due to deterioration over time, if the motor has rusted and the paint has peeled off, surface preparation will be carried out using grit blasting. Because of its complex shape, the grit blasting, which has strong grinding power, took some time, but the customer plans to repaint after the adjustment. Even products that have aged and become worn out can regain the shine of new ones through proper surface preparation and repainting. [Product Information] φ600×800 [Surface Preparation] Grit Blast SSPC SP-10 Harada Iron Works Hiroshima Official Link

  • Rust Inhibitor
  • Processing Contract
  • Other painting machines
  • Blasting

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Improvement of painting quality through blast treatment.

By performing blast treatment, significant improvements in painting quality can be expected.

Blast treatment is a type of surface treatment technology used to remove dirt and old paint from surfaces such as metal, concrete, and wood. Media: The media used in blast treatment includes sand, beads, glass beads, steel shot, steel grit, alumina, and carbon steel. These media are ejected from blast treatment equipment and collide with the surface to remove dirt and old paint. Pre-treatment for painting: Blast treatment is also used for surface preparation before painting. As a pre-treatment for painting, blast treatment improves the adhesion of paint by removing surface dirt and old paint, enhancing the durability and rust resistance of the painted surface. Additionally, by changing the surface shape, it can increase the adhesive surface area for the paint, thereby improving painting quality. Blast treatment is one of the surface treatment technologies and is used in many industrial fields. By selecting the appropriate media, pressure, injection direction, and time, it efficiently removes surface dirt and old paint, and is widely utilized for applications such as pre-treatment for painting, surface modification, and metal processing.

  • Rust Inhibitor
  • paint
  • Painting Machine
  • Blasting

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Mechanism of the blast effect

The effects include the removal of dirt and oxide films, improved adhesion, and enhanced strength and durability, among others.

What is blast processing? Blast processing is a type of surface treatment that involves projecting abrasive materials at high speed to process the surface. This changes and improves the condition and properties of the surface. Structure of blast processing There are two methods of blast processing: "air-type" and "mechanical-type." The air-type uses compressed air to project the abrasive material, while the mechanical-type utilizes a rotating impeller to project the abrasive material using centrifugal force. Effects of blast processing Blast processing grinds the surface and removes impurities. Additionally, fine irregularities are formed, which enhance the adhesion of paints and anti-corrosion treatments. The finish of the paintwork is also made more uniform. Blast processing is effective for anti-corrosion treatment of metals and improving their appearance. Summary Blast processing is an important method of surface treatment and is essential for the success of metal anti-corrosion and painting. The structure is simple, but its effects are significant. Harada Ironworks Hiroshima Official Link

  • Rust Inhibitor
  • Processing Contract
  • Other painting machines
  • Blasting

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Received Rust!? How to Remove Rust from Stainless Steel

It is possible to remove light to heavy rust through blasting! Acquired rust can be easily prevented with paint!

At Harada Ironworks, we are equipped with large blast facilities. We also keep polishing materials that can be used on stainless steel, allowing us to remove rust even when it has spread extensively and deeply. The surface after blasting has a subdued luster without shine, making it less noticeable for reflections, fingerprints, and scratches. Mild rust can be removed at home! For more details, please see the related links below. Moreover, rust transfer can be easily prevented by painting! We have extensive experience in both stainless steel blasting and painting, so please feel free to consult us. For more details, please see the related links below.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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Painting method to prevent SS400 from rusting for a long time.

Painting method to prevent SS400 from rusting for a long time.

What is SS400? In JIS (Japanese Industrial Standards), there is a standard for rolled steel materials known as general structural rolled steel. General structural rolled steel is represented by the material symbol SS, and since the minimum tensile strength is 400 MPa, it is called "SS400." It is a type of steel that is widely used across various fields, making it abundant and inexpensive to obtain. It is characterized by its ease of machining and welding, as well as its high versatility. On the other hand, it is a relatively soft material among steels, making it difficult to use in areas that require high strength, and it is prone to rust, necessitating anti-rust treatment. Therefore, some form of rust prevention treatment is required. Additionally, the surface of the steel is covered with "mill scale," which is formed when the surface becomes hot during the manufacturing process and combines with oxygen. If the mill scale is not removed, the anti-rust treatment will not last long. There are two methods for removing mill scale: "pickling" and "blasting," with blasting being superior for preventing rust over a longer period. By completely removing all foreign substances like mill scale through blasting and applying anti-rust treatment to the formed surface of the substrate, SS400 can remain rust-free for an extended period.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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Difference between Type 1 and Type 2 peeling.

To extend the lifespan of the coating, it is essential to use Type 1 surface preparation (blast treatment) that can completely expose the metal surface, rather than Type 2 surface preparation.

**Differences Between Type 1 and Type 2 Surface Preparation for Paint Removal** Paint removal was performed using Type 1 and Type 2 surface preparation. When we zoom in on the surface after processing, there is a significant difference. [See image] What exactly is surface preparation? It is introduced in the link below: [What is Surface Preparation in Painting? Purpose and Types] https://www.nc-net.or.jp/company/98405/product/detail/196279/ **About Surface Preparation Work** The most important aspect of painting is surface preparation. Surface preparation, also known as "keren," is divided into four types: Type 1 to Type 4, based on the work content and processing methods. All methods aim to change the surface to a state more suitable for painting, but there is a significant difference in the finish between Type 1 and Type 2 after processing, as shown in the photos. In metal painting, the lifespan of the paint is said to be between 10 to 50 years at most. What influences this paint lifespan is not the type or quality of the paint or the painting technique, but rather the processes before painting. The method of surface preparation is the cause that affects the paint lifespan. Type 1 and Type 2 surface preparation accounts for about 50% of the differences in paint lifespan.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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[Illustration] The Effects of Blast Treatment on Coating

By performing blast treatment, the adhesion of the paint is greatly improved, resulting in a beautiful appearance.

Blasting processing is a type of "substrate adjustment" that involves simultaneously spraying compressed air and abrasives to collide the material and abrasives at high speed. The abrasives that collide at high speed scrape away the surface of the material, exposing it. The surface of untreated materials often has a lot of oxidation films (mill scale), rust, and impurities attached to it. If these impurities are not removed, the paint will quickly peel off. Careful substrate adjustment can prevent painting defects before they occur. Blasting does not use chemicals, and there are many types of abrasives available, making it a significant advantage as it can process various materials without restriction. Additionally, it is very effective not only for painting but also as a pre-treatment for plating, lining, and coating. The countless bumps and indentations created by the impact of the abrasives increase the contact area, allowing for the 'anchor effect' where the material penetrates into the gaps and hardens. This effect significantly enhances adhesion, resulting in a more beautiful finish for the paint. With no impurities and a strongly adhered paint, it is said that the anti-corrosion effect lasts 3 to 4 times longer compared to regular painting. This allows for a reduction in the frequency of repainting, repairs, and maintenance, extending intervals and thus conserving resources and costs.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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Protecting surfaces from dirt and scratches! Tools and methods used on-site.

Protecting surfaces from dirt and scratches! Tools and methods used on-site.

In on-site work, "protection" refers to the act of "protecting objects and their surroundings from damage and dirt." It is precisely because thorough protection is carried out that subsequent work can be performed safely and reliably. There are various types of protective materials, but it is necessary to select appropriate protective materials considering the purpose of the protection work, the shape of the objects, and the required strength. The "protection" that determines the finish of the product and the presence or absence of damage is actually a very important task! At Harada Iron Works, we are equipped with the most advanced surface preparation technology, including "large-scale blasting equipment" and a vast "indoor painting facility." By completely cleaning and exposing the metal surface through blasting treatment and creating fine irregularities on the surface, we significantly improve the adhesion of the paint and ensure high durability. In subsequent painting, we provide "long-lasting," "beautiful," and "rust-free" coatings by thoroughly managing the film thickness and painting environment.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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Shot blasting process [Ensuring stable quality through thorough automation]

In addition to functionality, we are committed to the tactile feel, responding to the voices that say "Japanese parts are different!"

We would like to introduce our "shot blasting processing." By fully automating our processing equipment, we have made it possible to operate unmanned 24 hours a day, achieving a balance of stable quality and high productivity. In addition to functionality, we also focus on the tactile feel, responding to the voices that say, "Japanese parts are different." Please feel free to contact us when you need our services. 【Features】 ■ Fully automated processing equipment ■ Unmanned operation possible 24 hours a day ■ Achieving stable quality and high productivity *For more details, please refer to the PDF document or feel free to contact us.

  • Other machine elements
  • Other Auto Parts
  • Processing Contract
  • Blasting

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Shot blasting processing (surface treatment)

We accept orders starting from just one or a small number of rods.

<Examples of Use> Parts feeders, precision equipment, metal material components, molds, motorsports, and other industrial equipment. We are a company that takes on challenges in any field. We also assist with overseas expansion (various export achievements available). *We provide on-site construction and processing guidance both domestically and internationally. Please consult us via our website or by phone.

  • Other industrial robots
  • Automatic sorting machine
  • Surface treatment contract service
  • Blasting

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【Numerous Improvement Examples!】Improved Release Properties with 〇〇 Processing *Resin, Plastic Molds

The issue of "release failure" in plastic injection molding may be caused by difficult-to-polish areas. Please give "surface modification treatment by blasting" a try!

1. Where are you getting stuck? Where are you clinging? Is this not happening? ■ The rise near the PL surface of the insert made by electrical discharge machining ⇒ Discharge marks remain. Even if polished, the polishing marks become perpendicular to the release direction, which may lead to release failure. ◎ Countermeasure: Performing blast processing on the [insufficiently polished areas] will reduce the factors causing sticking and improve release properties. ◎ 2. Have you ever experienced sticking even though you are polishing to a [shiny mirror finish]? ■ To eliminate sticking, increase the grit of the polishing ⇒ If the surface roughness is too smooth (as it approaches a mirror finish), the cause of release failure changes from [sticking] to [adhesion]. ◎ Countermeasure: If [release failure does not improve even after polishing], adding fine irregularities through blast processing will improve release properties. ◎ [Design changes] [Review of molding conditions] ⇒ If defects are not improving, the [surface condition] may be the issue. Please consult with us once! [There may be such advantages too!?] ■ When release resistance decreases... - Cycle time becomes faster - Ejection slopes can be reduced - No sticking to the mold occurs

  • Resin mold
  • Blasting

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[INTERMOLD Exhibition] α Treatment - For Customers Struggling with Precision Molds -

[Case study on improving the lifespan of press molds] Enhancing the durability, fatigue strength, and sliding properties of precision molds, while minimizing shape changes and modifying the mold surface! Free initial tests available.

Alpha processing (patented) is a blasting process that uses extremely fine abrasives. It successfully minimizes changes in the shape and dimensions of the workpiece, surpassing conventional technologies to create a fine surface texture known as "microtexture" and a fine crystalline structure called "nanocrystals" through a peening effect. As a result, this treatment enhances "durability, fatigue strength, and sliding properties." It is suitable for maintaining areas such as: - Precision machining tools - Edges of punching tools - Surfaces of thin film coatings Since it improves the surface condition of the workpiece itself, there is no concern about peeling like with coatings. It also has a very high retention effect for lubricants and release agents, making it usable for mechanical components like cam slides and guide posts. **Features** - Sliding properties and anti-adhesion due to microtexture - Increased fatigue strength and hardness through nanocrystallization - Adaptability to various materials and fine areas - Can be processed without peeling even on coating film surfaces Free initial testing is currently available! Please feel free to contact us. *Consultation required based on quantity and work size. *For more details, please refer to the PDF document or feel free to contact us.

  • Other surface treatment equipment
  • Processing Contract
  • Other processing machines
  • Blasting

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【INTERMOLD Exhibition】MKS Processing - Solving Molding Defect Issues -

Numerous achievements in improving release properties of precision molds (plastic molds)! Enhancing the mold surface with high productivity functions! Solving issues related to molding defects!

MKS processing is a complex blast treatment involving multiple processes. It is a surface treatment technology specifically designed to solve issues related to resin molding defects. 【Examples of Release Defect Issues】 * Cavitation occurs. * The pin marks become larger during ejection. * It cannot be released without applying a release agent. → We will resolve the above issues all at once with the know-how we have cultivated so far and MKS processing! The slogan of the mold division at Fuji Seisakusho is "Always maintain a posture of working together with our customers to tackle problems!" This is because it is impossible to identify and solve the complex factors contributing to resin molding defects without the cooperation of our customers. We are in an era where resin materials are rapidly changing. It is assumed that molding defects will also arise according to the characteristics of the materials. We also accept urgent requests at any time, so please feel free to reach out if you are in need.

  • Resin mold
  • Blasting

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Regarding substrate preparation using ISO Sa2.5 blasting.

Sa2.5 (Near White Metal Blast Cleaning) is generally considered to be equivalent to the SSPC SP-10 standard.

"ISO Sa2.5" refers to one of the standards for surface preparation established by ISO (an international non-governmental organization based in Geneva, Switzerland, aimed at creating internationally common standards). It requires the removal of visible contaminants (such as oil, dirt, rust, and oxides) from the surface, allowing only slight traces of dirt in the form of spots or streaks. "Benefits of ISO Sa2.5" ISO Sa2.5 is the second highest cleanliness standard for surface preparation. The highest standard, ISO Sa3, requires the removal of almost 100% of surface contaminants, which can be costly and time-consuming. ISO Sa2.5 allows for a maximum of 5% minor contamination, reducing costs while still ensuring sufficient cleanliness, making it a widely used standard. Surfaces prepared to Sa2.5 can maximize the performance of coatings, preventing early delamination of the paint film and extending the product's lifespan. This specification is often chosen for harsh environments, such as highly corrosive coastal areas.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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Ultimate paint stripping measures

The cause of paint peeling lies in the substrate! By properly performing substrate treatment (surface preparation), it is possible to prevent paint peeling.

"Ultimate Paint Stripping Prevention" The measures against paint stripping are very simple. - Surface preparation is done through blasting, removing all foreign substances attached to the surface. - Use paint with excellent adhesion to the material appropriately. - Select a paint specification with high corrosion resistance and weather resistance to prevent stripping for a long time. - Manage the paint application to maintain the appropriate film thickness. By adhering to the above four points, a paint that will not peel for over 30 years can be achieved! [Improving the Service Life of Heavy Anti-Corrosion Coatings] https://www.nc-net.or.jp/company/98405/product/detail/186702/ Harada Iron Works is equipped with large air-operated blasting equipment. We regularly use "grit blast" and "sand blast" abrasives, but we can also accommodate other abrasives, so please feel free to inquire. After blasting, prompt rust prevention treatment is necessary, but since Harada Iron Works also has a painting factory, we can provide a consistent response from blasting to topcoat application in-house. For more details, please see the related links below.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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About substrate adjustment using blast.

ISO Sa1 refers to one of the standards for surface preparation established by ISO, a non-governmental organization based in Geneva, Switzerland.

【For information on ISO standard surface preparation, click here】 https://www.nc-net.or.jp/company/98405/product/detail/210553/ 'ISO Sa1 Work Method' 1. Remove any slag, welding spatter, etc. that is adhered to the surface. 2. Use solvents to remove any oils, greases, etc. that are adhered to the surface. 3. Remove all foreign substances adhered to the surface by blasting. 4. Remove dust and debris with clean, dry air. 'ISO Sa1 Precautions' Feasibility of construction depending on environmental conditions - Please stop work on days with bad weather or high humidity. Painting process after work completion - The surface after blasting becomes active and rust will form in a short time, so painting needs to be done promptly. - If rust occurs again before painting, blasting treatment will need to be performed again. - Compare with the photos in the ISO visual book to determine the acceptance of processing.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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IM Shot Co., Ltd.

The only job shop for shot blasting processing in the Hokuriku region. Specializing in blasting and painting for products of all shapes, including architectural steel frames.

Blast processing of architectural steel frames, steel pipes, iron and steel, construction materials, large fabricated products, and construction machinery parts. Surface preparation (painting undercoating), removal of black oxide scale, and stripping of old paint. Mortar, rust removal, and repair of secondary product molds for blocks. Total support from blast processing to heavy anti-corrosion painting. Major products include steel shot blasting, among others.

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[INTERMOLD Exhibition] α Treatment - For Customers Struggling with Rubber Molding -

Improvement of release defects in rubber molds for O-rings and packing! No peeling of plating! Reduction of release agents! Capable of modifying the mold surface with minimal changes in cutting shape and dimensions.

We solve problems such as "It takes time to release the mold," "The product gets stuck to the mold," and "I want to reduce the amount of release agent"! 'α Treatment' is a surface treatment method that creates fine surface shapes through blasting. While surface treatment by blasting is often criticized for causing shape and dimensional changes, 'α Treatment' is okay! It uses very fine abrasives, which minimizes damage, and has the following characteristics: - Maintenance of sharp shapes such as cutting edges - Preservation of precise dimensions in molds with strict dimensional tolerances - Maintenance of coatings such as hard chrome plating It can be used not only for molds but also for tools like drills and cutters, electric bits, and mechanical parts like gears and sprockets. By improving sliding properties and enhancing the retention of lubricants through fine surface shapes, it can reduce usage amounts. It also has a peening effect, which can improve the durability of the material itself. 【Features】 - Improved release properties for rubber molds - Maintenance of edges, coatings, and plating - Enhanced wear resistance, fatigue strength, and sliding properties - Treatment of high-strength, high-brittleness materials is also possible For more details, please refer to the PDF document or feel free to contact us.

  • Other surface treatment equipment
  • Blasting

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Reduced the defect rate of rubber molds to one-fourth! 【Yepco Treatment】

Reduce the frequent release defects of irregularly shaped products with YEPKO treatment! Remove surface defects and achieve densification and flattening of the surface structure!

The Yepco treatment is a fine blasting process using surface treatment equipment manufactured by Swiss IEPCO. It is possible to remove surface defects that occur on the workpiece surface due to machining and improve the surface structure to a finer and denser state. 【Features】 ■Improvement of release properties ■Reduction of friction ■Removal of burrs *For more details, please contact us or refer to the catalog.

  • Surface treatment contract service
  • Processing Contract
  • Rubber mold
  • Blasting

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Blast processing

It can be used in various fields, and blast polishing of resin plates is also possible.

Used in a variety of fields, resin plates can also be blast polished. For more details, please refer to the catalog or feel free to contact us.

  • others
  • Wafer processing/polishing equipment
  • Blasting

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Shot blast and sandblast processing

For cleaning metal parts, pre-treatment before painting, increasing friction coefficient, etc.

We offer blasting processing using tumbler and roller conveyor equipment. This provides effects such as cleaning metal parts, enhancing anchor effects as a pre-treatment for painting, and increasing the friction coefficient by roughening the surface.

  • Processing Contract
  • Blasting

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Are you having trouble with secondary processing of die-cast products?

We also use aluminum projectiles in our company, and our process for removing burrs while preventing product deformation has been well received.

Our company offers "shot blasting processing" for deburring and surface treatment. Shot blasting involves spraying particle-like abrasives at high speed onto the work material, resulting in deburring, modification of the surface layer, uniformity of surface roughness, reduction of friction resistance, improved adhesion for painting and plating, a cleaning effect that removes dirt, enhancement of material properties, and surface hardening treatment (WPC), among others. Additionally, we also provide heat treatment, machining, and polishing services. 【Features】 ■ Uniformity of surface roughness ■ Reduction of friction resistance ■ Improved adhesion for painting and plating ■ Cleaning effect that removes dirt ■ Enhancement of material properties *For more details, please refer to the PDF document or feel free to contact us.

  • Surface treatment contract service
  • Processing Contract
  • Blasting

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Processing - Cutting Processing Edition

There are various methods of cutting, such as shaving off and cutting with a saw-like blade, or melting and cutting with an arc.

There are various types of processing. This time, I would like to explain cutting processing. For more details, please refer to the PDF download below. For anything related to blasting and painting, please leave it to us. Harada Iron Works Co., Ltd. TEL: 082-232-2445 FAX: 082-293-0286 Contact: Tao Mobile: 090-3742-9768 Email: bousei@harada-tekkou.co.jp Harada Iron Works Hiroshima Official Link

  • Processing Jig
  • Plastic processing machines (cutting and rolling)
  • Painting Machine
  • Blasting

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Leave the blasting work in Hiroshima to Harada Iron Works!

Please feel free to consult us about sandblasting and grit blasting.

If you have any requests for sandblasting or grit blasting in Hiroshima, please feel free to consult us. Blasting is a type of surface treatment process that involves colliding various particles with a material to remove surface layers and create texture. Its effects are as follows: Surface cleaning: It removes oxide films, rust, and dirt, achieving a clean surface. Improved adhesion: The increase in surface area due to the formation of texture creates an "anchor effect," enhancing adhesion with the paint. The durability of the paint is influenced by various factors such as the number of coats and the type of paint, but the impact of the grade of surface treatment can be as much as 50%. Surface preparation is the most important factor in painting. Harada Iron Works is a company with an 80-year history in Hiroshima and possesses one of the largest blasting facilities in the Chugoku region. Please feel free to consult us about painting after blasting. We are here to help. Harada Iron Works Hiroshima Official Link

  • Rust Inhibitor
  • Processing Contract
  • Other painting machines
  • Blasting

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Regarding substrate preparation using SSPC SP-10 blasting.

SSPC SP-10 is a standard for surface preparation, widely used for its high removal rate. It is necessary to remove more than 95% of contaminants adhered to the surface by blasting!

SSPC is a standard established by the Steel Structures Painting Council USA, and SP-10 (Near White Metal Blast Cleaning) requires the removal of more than 95% of visible surface contaminants (such as oil, dirt, rust, and oxides). The method of application only permits dry blasting. SSPC SP-10 is the second highest level of standard for surface preparation. The highest standard, SSPC SP-5, requires nearly 100% removal, which poses a cost issue. SSPC SP-10 necessitates the complete removal of rust adhered to the surface, while allowing for slight discoloration or shadows of mill scale and oxide films up to 5% of the surface area, thereby reducing costs while ensuring sufficient cleanliness, making it a widely used standard. By removing 95% of surface contaminants, it maximizes the performance of the paint and prevents early peeling of the coating, thereby extending the product's lifespan. Such specifications are chosen for harsh environments, such as highly corrosive coastal areas.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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About substrate preparation using blast cleaning.

Regarding substrate preparation using ISO Sa2 blasting.

"Benefits of Using ISO Sa2" ISO Sa2 is the third highest cleanliness standard in surface preparation. Higher standards like ISO Sa3 and ISO Sa2.5 require the removal of almost all surface contaminants, but Sa2 allows for a broader range of acceptable conditions, enabling cost and time savings. The acceptable level of adhered dirt is such that it does not detach with a putty knife that has no blade. Although some dirt may remain after blasting, the cleanliness is still superior compared to ISO St3, known as two-grade cleaning, and high adhesion with paint is expected. By removing foreign substances through blasting and creating a textured surface, the performance of the paint can be maximized, preventing early peeling of the coating and extending the product's lifespan. Products used outdoors typically select this type of specification. "Method of Working with ISO Sa2" 1. Remove slag, welding spatter, and other contaminants adhered to the surface. 2. Use solvents to remove oils, greases, and other substances adhered to the surface. 3. Completely remove all foreign substances adhered to the surface through blasting. 4. Use clean, dry air to remove dust and debris.

  • Rust Inhibitor
  • Painting Machine
  • Blasting

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