Anti Static Anti Acid Polyamine Epoxy Coating

The ASAAPEC™ (Anti-Static Anti-Acid Polyamine Epoxy Coating) is a two-component epoxy resin system combined with a special hardener. This particular type of epoxy flooring is formulated with conductive additives, pigments, and anti-acid agents. Alongside its excellent anti-corrosion properties, the ASAAPEC™ coating is capable of dissipating static electricity within a range of 10,000 to 1,000,000 ohms, which may arise from abrasion, traffic, transportation, and friction. This flooring is commonly utilized in corrosive environments where the generation of static electricity poses a significant challenge.


The Anti-Static Anti-Acid Polyamine Epoxy Coating is an innovative, high-performance solution that provides exceptional protection against static electricity and corrosive environments. When combined with a special hardener, this two-component epoxy resin system forms a durable and resilient coating that safeguards surfaces from damage caused by static discharge and acidic substances.
Formulated with precision, this polyamine epoxy coating incorporates conductive additives, pigments, and anti-acid agents to create a strong and reliable barrier. Its unique composition enables the coating to effectively dissipate static electricity within a wide range of 10,000 to 1,000,000 ohms, minimizing the risks associated with electrostatic discharge.
The Anti-Static  Anti-Acid Polyamine Epoxy Coating offers superior anti-corrosion properties, ensuring long-lasting protection for surfaces exposed to harsh and corrosive environments. It acts as a shield against chemical substances that can degrade surfaces and compromise their integrity, thereby extending the lifespan of the coated materials.
In addition to its protective attributes, this epoxy coating also exhibits excellent durability, abrasion resistance, and ease of application. Its robust formulation allows it to withstand the daily wear and tear caused by foot traffic, transportation, and other forms of mechanical stress.
This coating finds numerous applications in environments where the generation of static electricity is a concern, such as laboratories, electronics manufacturing facilities, cleanrooms, data centers, and industrial settings. Moreover, it is particularly well-suited for areas with corrosive agents, including chemical processing plants, storage facilities, and industrial workshops.
The Anti-Static  Anti-Acid Polyamine Epoxy Coating not only safeguards surfaces but also contributes to a safer and more efficient working environment by minimizing the risks associated with static discharge and protecting against corrosion. Choose this advanced coating solution to ensure the longevity and integrity of your surfaces in challenging and demanding environments.

Highly recommended for all types of floors, the acid-resistant anti-static floor covering provides comprehensive protection against corrosion and damage. Not only does it safeguard the flooring structure, but it also shields the underlying concrete surface. This coating is an excellent choice for specialized applications requiring anti-static and anti-acid properties.

In terms of compatibility with other protective coatings, if the need arises to recover the floor after initial application, the following products can be used:

  •  Alkyd, phenolic alkyd, silicone alkyd, and urethane alkyd
  •  Two-component epoxy
  •  Polyurethane
  •  Acrylic

If an additional layer is to be applied immediately after the anti-static anti-acid floor coating, the following protective coatings are suitable:

  •  Two-component acrylic
  •  Acrylic latex
  •  Chloro ruber (Chlorocaoutchouc)
  •  Polyamide Epoxy High Build
  •  Two-component polyurethane

Utilizing these compatible coatings maximizes the longevity and performance of the anti-static and anti-acid flooring while ensuring adequate protection against wear and tear.

The global market for Anti-Static Anti-Acid Polyamine Epoxy Coating

The global market for Anti-Static  Anti-Acid Polyamine Epoxy Coating is experiencing significant growth, driven by the demand for static control and corrosion protection across various industries. The electronics manufacturing sector and industries requiring static-free environments are key contributors to the market. Regions such as North America, Europe, and Asia-Pacific are witnessing strong growth in this market. Prominent manufacturers invest in research, development, and strategic partnerships to cater to increasing demand. The market is expected to continue expanding due to technological advancements and expanding applications.


  •  Transfer of static electricity
  •  Prevent static electricity sparks


  •  Anti-acid, anti-static epoxy flooring and concrete protective coating for factories
  •  Anti-static, anti-acid epoxy flooring for production halls of military units
  •  Anti-acid and anti-corrosion epoxy flooring for electronic kits and circuits
  • Anti-static, anti-acid epoxy flooring for warehouses of flammable materials
  •  Anti-static, anti-acid epoxy flooring for control rooms
  •  Protective coating and anti-static anti-acid epoxy flooring of paint mixing rooms



  • Black

technical specifications

Physical Properties



Mixing ratio

A:B= 100:18


Volume percentage of solid materials

Electrical resistance range


 Initial setting time

Final setting time

7 days

Shelf time

1 year
Gel time


For Engineers
  • Thorough Project Assessment
  •  Engage with Reputable Suppliers and Manufacturers
  •  Proper Surface Preparation
  •  Consider Application Methods and Conditions
  •  Expert Guidance on Mixing and Curing
  •  Test and Verify Conductivity Levels
  •  Provide Maintenance and Cleaning Guidelines
  •  Stay Updated on Industry Advancements
For Contractors
  • Familiarize Yourself with Product Specifications
  •  Invest in Proper Training
  •  Prepare the Surface Appropriately
  •  Follow Mixing and Application Instructions
  •  Use Suitable Equipment and Tools
  •  Prioritize Safety Measures
  •  Conduct Quality Control Checks
  •  Provide Maintenance Guidelines to Clients
  • Maintain Good Communication
Application Instructions

Surface Preparation:

  • Ensure the surface is clean, dry, and free from contaminants.
  • Repair any cracks or defects and apply a recommended primer if necessary.


  • Measure and mix the epoxy resin and hardener components accurately.
  • Thoroughly mix until a uniform consistency is achieved.


  •  Use a brush, roller, or spray to apply the coating.
  •  Cut in edges and corners first, then apply in smooth and even coats.
  •  Maintain recommended thickness and coverage, paying attention to high-wear areas.


  • Allow the coating to cure according to the manufacturer’s instructions.
  •  Control ambient temperature and humidity within a specified range.
  •  Avoid stress on the coating during curing and provide ventilation.


  •  Inspect the applied coating for uniformity and proper adhesion.
  •  Perform touch-ups or repairs as needed before full curing.
  •  Provide clients with maintenance guidelines and cleaning procedures.
Guide to Quality Control (QC)

Pre-Application Inspection:

Thoroughly inspect the surface for defects and cleanliness before coating application.

Mixing Control:

Follow precise mixing ratios and techniques as instructed by the manufacturer.

Application Inspection:

Monitor the application process for proper technique, coverage, and thickness.

Adhesion Testing:

Conduct tests to assess the bonding strength between the coating and substrate.

Cure Assessment:

Monitor the curing process to ensure proper strength and durability.

Visual Inspection:

Perform a visual inspection to identify any imperfections or defects.

Conductivity Testing:

Measure and verify resistance levels to meet specified requirements for anti-static properties.

Documentation and Record-Keeping:

Maintain detailed records of inspections, tests, and actions taken for future reference.

These eight steps encompass the quality control process for applying Anti-Static, Anti-Acid Polyamine Epoxy Coating, ensuring a high-quality and reliable outcome.

technical documents

Technical Data Sheet (TDS)


Safety Data Sheet (SDS)




Photo Gallery

Frequently Asked Questions

What compounds are made of anti-static anti-acid floor covering?

The anti-static anti-acid epoxy floor coating (ASAAPEC™ code) is made as a two-component combination of epoxy resin and a special hardener. This type of antistatic epoxy flooring is designed and manufactured using special conductive additives and pigments and anti-acid additives.

What products do you recommend to replace the acid-resistant antistatic floor covering with a new floor?

If acid-resistant antistatic floor covering is used as a coating in a project and after some time it is decided to cover it again, it is possible to use alkyd products, phenolic alkyd, silicone alkyd and urethane alkyd, two-component epoxy, polyurethane used acrylic for re-coating.

What additives are used in antistatic flooring primer?

Conductive additives and special pigments that make the antistatic floor primer conductive.

What does static electricity come from?

Static electricity can be caused by wear, traffic, transportation and also rubbing.

Where is the most common application of anti-static, anti-acid floor covering?

There are places where the hall environment is corrosive and creating static electricity is troublesome.

How long is the antistatic anti-acid floor coating?

The anti-static floor covering product reaches initial setting after 24 hours and final setting after 7 days.

What is the mixing ratio of the first component with the second component?

The components are combined in the ratio A:B=100:18. In fact, for every 100 parts of epoxy resin, 18 parts of hardener are needed.

In what colors is the anti-static anti-acid floor covering available?

This product is available in black and other colors.

Under what temperature conditions is it not allowed to use the anti-static, anti-acid floor covering?

If the air is very humid and the relative humidity is above 85%, this coating should not be used.


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