Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes
Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes

Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes

Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes Specification

  • Chemical Name
  • Epoxy Powder Coating
  • CAS No
  • N/A (Epoxy Resin Compound)
  • Type
  • Hammer Series Epoxy Powder
  • Standard
  • For Safe Drinking Water Pipes / Potable Water Use
  • Grade
  • Industrial Grade
  • Usage
  • Anti-Corrosion Coating for Internal and External Pipe Surfaces
  • Appearance
  • Textured, Hammered finish
  • Physical Form
  • Powder
  • Pack Size
  • Customized (commonly 20 kg, 25 kg bags)
  • Pack Type
  • HDPE Bag / Carton
  • Mechanical Properties
  • Good impact and abrasion resistance
  • Finish Type
  • Hammered/structured surface
  • Film Thickness
  • 60-120 m recommended
  • Solvent Content
  • Solvent-free (zero VOC)
  • Color Options
  • Multiple shades available (customizable via RAL shade card)
  • Toxicity
  • Non-toxic when fully cured
  • Corrosion Resistance
  • High, meets potable water safety standards
  • Application Method
  • Electrostatic Spray
  • Curing Temperature
  • 180-200C for 10-15 minutes
  • Adhesion
  • Excellent, 5B rating (cross-hatch test)
  • Recommended Substrates
  • Mild steel, galvanized pipes, ductile iron
  • Storage Stability
  • 12 months in cool, dry conditions
  • Water Potability Certification
  • Compliant with relevant health and safety standards for drinking water pipes
 
 

Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes About

Product Usage:
Suitable for municipal drinking water supply pipes.

Product Features:

  1. Excellent adhesion to the substrate.
  2. Good leveling and high gloss on the coating surface.
  3. Strong resistance to permeation and corrosion.
  4. High surface hardness and dense coating.
  5. Superior high-temperature cathodic disbondment resistance.
  6. Good mechanical properties and extremely strong flexibility.
  7. Low melting temperature, high reactivity, and high curing completion rate.
  8. The product has passed the EU WRAS water safety certification and meets the safety evaluation standards for materials in contact with drinking water.

Powder Performance:

Property Specification Notes
Mechanical Strength High Ensures durability and resistance to mechanical stress
Shrinkage Low Minimizes dimensional changes during curing, maintaining precision
Processing Performance Excellent dispersibility and lubricity Facilitates smooth molding and reduces wear on molds
Electrical Properties High glass transition temperature, wide operating temperature range Ensures stable performance across a broad temperature spectrum
Dielectric Properties Excellent chemical and solvent resistance Protects against degradation from chemical exposure
Environmental Performance 100% solid content, no harmful substances Complies with environmental regulations and promotes sustainability

Curing Conditions:

Property Specification Notes
Temperature Referenced to workpiece temperature Deviations may affect performance; ensure accurate temperature control for optimal results

Application Parameters:

Parameter Specification Notes
Applicable Equipment Frictional charging spray, corona electrostatic spray, dip coating, roll coating
Film Thickness 200-600um Adjustable according to workpiece requirements

Health and Safety:

Property Specification Notes
Toxicity Non-toxic Safe for handling and application
Flammability Non-flammable Reduces risk in storage and use
Regulation GB15607-1995 Follow safety protocols for coating operations

Precautions:

Item Specification Notes
Outdoor Use Not recommended May cause fading and chalking
Surface Preparation Oil-free, water-free, surface treatment to Sa21/2 level (GB/T8923), anchor pattern depth 40-100um, clean surface from dust and abrasives
Preheating Temperature controlled between 180-230C
Storage Ventilated, dry, below 30C, away from heat sources, corrosive chemicals, and solvents, avoid strong light, maximum stack height 5 layers, avoid long-term pressure, keep packaging sealed Ensures product stability and prevents degradation
Curing Temperature Preheat steel pipe surface to above 200C for better curing completion rate
Mixing Powders Do not mix with other anti-corrosion powders or recycled powders. Thoroughly clean the spraying equipment when changing colors to ensure drinking water safety and meet EU WRAS water safety standards
Compliance Meets EU WRAS water safety standards


Superior Anti-Corrosion Properties

This Epoxy Powder Coating provides an exceptional protective layer for drinking water pipes, preventing rust, wear, and chemical attack. Its high-performance formula ensures long-lasting durability while maintaining water potability, making it the ideal choice for internal and external pipe surfaces in potable water systems.


Customizable and Safety Compliant

Available in multiple shades as per the RAL card, this coating combines aesthetic flexibility with strict adherence to health and safety standards. The coating is non-toxic when fully cured, solvent-free, and certified safe for drinking water, offering peace of mind for municipal and industrial users alike.


Easy Application and Reliable Performance

Designed for application using an electrostatic spray method, the coating cures efficiently at recommended temperatures, ensuring a consistent film thickness (60-120 m). The hammered, structured finish provides enhanced resistance to impact, abrasion, and handling stresses during installation and operation.

FAQ's of Epoxy Anti-Corrosion Powder Coating for Safe Drinking Water Pipes:


Q: How is the Epoxy Anti-Corrosion Powder Coating applied to drinking water pipes?

A: The coating is applied using an electrostatic spray method, which ensures even coverage. After application, the coated pipes are cured at 180-200C for 10-15 minutes to achieve a robust, durable finish.

Q: What benefits does this coating offer for safe drinking water pipes?

A: It provides excellent corrosion resistance, enhances the longevity of pipes, is non-toxic when fully cured, and meets safety standards for potable water. The product also offers superior abrasion and impact resistance.

Q: When is this coating suitable for use on pipes?

A: This epoxy powder coating is ideal for both new and maintenance projects where internal or external protection of mild steel, galvanized, or ductile iron pipes is required, especially in systems used for potable water.

Q: Where can the coating be used, and on which substrates is it recommended?

A: The product is suitable for use on internal and external surfaces of mild steel, galvanized, and ductile iron pipes intended for drinking water supply lines.

Q: What is the recommended film thickness and curing process for optimal results?

A: A film thickness of 60-120 m is suggested. The curing process involves heating the coated pipes at 180-200C for 10-15 minutes to ensure proper adhesion and durability.

Q: Is the coating safe for drinking water, and does it release any toxins?

A: Yes, the coating complies with relevant potable water health and safety standards. It is non-toxic when fully cured and contains no solvents (zero VOC), making it safe for water contact.

Q: What are the storage requirements and shelf life of this epoxy powder coating?

A: Store the epoxy powder in a cool, dry place to maintain its properties. The product offers a storage stability of 12 months under recommended conditions.

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