Phenalkamine Hardener

Phenalkamine Hardener Specification

Alkali Resistance
Good

Application Method
Brush, roller, spray

Other Names
Cardanol based hardener

Coverage Area
Depends on mix ratio and application

Weather Resistance
Excellent

Storage
Cool, dry place

Density
1.05 Gram per cubic centimeter(g/cm3)

Acid Resistance
Good

Surface Finish
Glossy

Moisture (%)
Max 0.5%

Texture
Viscous

Drying Time
46 hours (surface dry)

Strength
High bonding strength

Gloss
High

Shelf Life
12 months

Size
Can/Drum

Ph Level
1113

Chemical Name
Phenalkamine Hardener

Usage
Industrial epoxy curing agent

Physical Form
Liquid

Raw Material
Phenalkamine

Application
Epoxy flooring, coatings, adhesives

Color
Dark brown

Purity(%)
99%

Type
Epoxy hardener

Grade
Industrial Grade

Packaging Type
HDPE Drum

Phenalkamine Hardener Trade Information

Minimum Order Quantity
200 Kilograms

Supply Ability
10000 Kilograms Per Month

Delivery Time
3 Days

Main Domestic Market
All India

About Phenalkamine Hardener

We are the renowned manufacturer, exporter and supplier of high quality Phenalkamine Hardener. An excellent low temperature epoxy curing hardener, it is precisely processed by our skilled professionals using pioneering techniques. The offered hardener has excellent salt water resistance and resistant to mild acids and alkalies. Further, the provided Phenalkamine Hardener is available from low viscosity solvent free hardeners to high viscosity with or without solvents.

Features:

Long shelf life
Effectiveness
Non-toxic
High adhesive property

Superior Mechanical and Chemical Resistance

Engineered for demanding environments, Phenalkamine Hardener imparts exceptional impact, flexural, acid, and alkali resistance to cured epoxy systems. Its high bonding strength and durability make it an excellent choice for industrial flooring, protective coatings, and adhesive applications.

Eco-Friendly and Low Toxicity Solution

Derived from renewable raw materials, this phenalkamine hardener stands out for its low toxicity and minimal environmental impact. Its mild odor and non-hazardous profile ensure safe handling and improved sustainability, meeting modern industry standards.

Versatile Application and Reliable Performance

Suitable for use on concrete, steel, wood, and composite substrates, this liquid hardener is compatible with brush, roller, or spray application methods. With a fast surface drying time of 46 hours and a glossy finish, its designed for both efficiency and aesthetics in industrial projects.

FAQs of Phenalkamine Hardener:

Q: How should Phenalkamine Hardener be mixed with epoxy resin for optimal results?

A: Phenalkamine Hardener is typically mixed with Bisphenol-A based epoxy resin at a 50:50 ratio by weight. Mix thoroughly to ensure a uniform blend for best mechanical and chemical performance.

Q: What are the recommended substrates and surfaces for applying this hardener?

A: This hardener is suitable for a variety of substrates, including concrete, steel, wood, and composite materials. It is commonly used in industrial flooring, coatings, and adhesive applications.

Q: When can the treated surface be handled after applying Phenalkamine Hardener?

A: The surface will be dry to the touch within 46 hours at 25C. However, full curing may take longer depending on environmental conditions and thickness of application.

Q: Where should I store Phenalkamine Hardener for maximum shelf life?

A: Store the hardener in a cool, dry place, away from direct sunlight and moisture. When stored properly in its original HDPE drum, it maintains stability for up to 12 months.

Q: What is the process for applying Phenalkamine Hardener in epoxy systems?

A: After mixing the hardener with epoxy resin, apply using a brush, roller, or spray on the prepared substrate. Ensure the surface is clean and dry for strong adhesion and a glossy, moisture-resistant finish.

Q: What are the key benefits of using a phenalkamine-based hardener over traditional options?

A: Phenalkamine hardeners offer lower toxicity, eco-friendly sourcing, excellent weather resistance, and fast curing even at low temperatures. They provide high impact and flexural strength, suitable for performance-intensive applications.

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