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Apcodur Epoxy Zinc Rich Primer

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MOQ : 20 Liters

Apcodur Epoxy Zinc Rich Primer Specification

Weather Resistance
Yes

Oil Absorption
Low

Ph Level
7-8

Texture
Smooth

Alkali Resistance
Good

Particle Size
Fine

Application Method
Spray or Brush

Gloss
Low

Density
2.1 Gram per cubic centimeter(g/cm3)

Storage
Cool, Dry Place

Size
20 Ltr

Moisture (%)
<1%

Other Names
Zinc Epoxy Primer

Acid Resistance
Good

Strength
Corrosion Resistance

Drying Time
20-30 minutes

Shelf Life
12 months

Surface Finish
Matt

Coverage Area
8-10 m2/L

Chemical Name
Epoxy Zinc Rich Primer

Usage
Metal protection

Physical Form
Liquid

Raw Material
Epoxy Resin, Zinc Dust

Application
Industrial Metal Structures

Color
Red, Grey

Purity(%)
High

Type
Two Component

Grade
Industrial Grade

Packaging Type
Can

System
Primer Coat

Thinner Required
Yes

No. Of Components
Two

VOC Content
Low

Pot Life
4-6 Hours

Finish
Flat

Mix Ratio
Base: Hardener 4:1

Solids Content
High

Recommended Use
Steel Surface

Apcodur Epoxy Zinc Rich Primer Trade Information

Minimum Order Quantity
20 Liters

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Liters Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Apcodur Epoxy Zinc Rich Primer About

Apcodur Epoxy Zinc Rich Primer is a laureate solution for metal preservation, highly recommended by industry experts. Combining a rarefied blend of epoxy resin and zinc dust, this two-component, crackerjack primer exhibits a matt, flat finish with high solids content and assured purity. Highlighted by superb acid and alkali resistance, it offers excellent weatherproofing, making it optimal for steel and industrial metal structures. With a low VOC formula, a fine, smooth texture, and a 4:1 mix ratio, achieve top-tier protection-get seamless application by spray or brush.

Apcodur Epoxy Zinc Rich Primer: Extra Features & Applications

This primer is highly recommended for its smooth, fine particle size and low oil absorption rate. Engineered for industrial-grade protection, it is highlighted by strong corrosion, acid, and alkali resistance. Primarily used for safeguarding steel surfaces, it exhibits rarefied weather resistance and a matt, flat surface finish. Easy to apply by spray or brush, it has a short drying time of 20-30 minutes, ensuring rapid turnaround for industrial metal structures and equipment.

Apcodur Epoxy Zinc Rich Primer: Packaging & Delivery Insights

Delivered in robust 20-liter cans, the primer guarantees market value and convenience for bulk industrial projects. Sample policies are subject to quotation and may incur nominal charges, reflecting the product's crackerjack quality. Storage is best maintained in a cool, dry area to preserve its high purity and shelf life. Delivery time is typically prompt, subject to supplier scheduling-get in touch to confirm specifics and receive a tailor-made offer based on your requirements.

FAQ's of Apcodur Epoxy Zinc Rich Primer:

Q: How should Apcodur Epoxy Zinc Rich Primer be applied for optimum results?

A: For best results, apply the primer using spray or brush methods after thorough surface preparation. Ensure the correct base-to-hardener mix ratio of 4:1 for even coverage.

Q: What is the recommended usage of this epoxy primer?

A: Apcodur Epoxy Zinc Rich Primer is recommended for industrial-grade metal protection, particularly steel surfaces, to provide long-term resistance against corrosion, chemicals, and harsh weather.

Q: When is the ideal time to use this primer during a coating process?

A: It is ideal to use the primer as the first coat after surface cleaning and before applying other protective or decorative coatings for enhanced adhesion and protection.

Q: Where should the product be stored for optimal shelf life?

A: Store the primer in a cool, dry place and keep the container tightly sealed to maintain its shelf life of up to 12 months.

Q: What are the main benefits of using this epoxy primer compared to others?

A: This primer provides a rarefied combination of high-grade zinc content, excellent corrosion and chemical resistance, low VOC emission, and quick drying time, making it highly effective for industrial environments.