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Food Grade FRP Resin

Name: Food Grade FRP Resin
Brand: ANAND ENGINEERING & CONSULTANTS
Price: 165.0 INR
Availability: InStock

Price 165.0 INR/ Liter

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MOQ : 100 Liters

Food Grade FRP Resin Specification

Poisonous
Yes

Density
1.3 Gram per cubic centimeter(g/cm3)

Form
Other

HS Code
3907

Smell
Other

Taste
Other

Ph Level
Neutral (when cured)

Molecular Formula
Not Applicable (Polymer Mixture)

Structural Formula
Not Applicable (Polymer)

Other Names
Food Safe FRP Resin

Molecular Weight
Variable - polymeric Liter (Ltr)

Solubility
Insoluble in water

Shape
Liquid

Purity
Typically 99%

Storage
Other

Classification
Other

Chemical Name
Unsaturated Polyester Resin

Grade
Food Grade

Standard
Complies with FDA/food safety standards

Type
Thermosetting Resin

Usage
Fabrication of Food Grade FRP (Fibre Reinforced Plastic) products

Main Material
Unsaturated Polyester Resin

Application
Other

Non Toxic
Yes

Curing Method
Requires catalyst/hardener for polymerization

Glass Transition Temperature (Tg)
Approximately 65-75C

Color (Cured)
Translucent to whitish depending on filler and reinforcement

Adhesion
Excellent adhesion to glass fibers and fillers

Appearance
Clear to pale yellow viscous liquid

Compatibility
Compatible with glass fiber reinforcements

Toxicity (Uncured)
Contains styrene-handle with care prior to curing

Shelf Life
6-12 months under recommended storage conditions

Water Absorption
Very low after curing

Thermal Stability
Suitable for service temperatures up to 100C (when cured)

Viscosity
350-900 cps (at 25C)

About Food Grade FRP Resin

Discover the triumphant solution for food-safe constructions with our Food Grade FRP Resin, on sale now! This highlighted synthetic unsaturated polyester resin appears as a clear to pale yellow viscous liquid, remarkable for its very low water absorption and superb adhesion to glass fibers. Curing requires a catalyst/hardener, resulting in a non-toxic, odorless, and tasteless product. Find unprecedented compatibility with glass fiber reinforcements for the fabrication of tanks, piping, and equipment. Ensure safety and longevity with its FDA-compliant performance, perfect for food and beverage applications.

Premium Application & Features of Food Grade FRP Resin

Food Grade FRP Resin is expertly applied on equipment and structures in direct contact with food and beverage products. Its resilient formulation ensures excellent surface adhesion, highlighted by compatibility with glass fibers and fillers. Advanced machines mold this viscous liquid with uniform viscosity. Usage directions specify mixing with an appropriate catalyst or hardener to initiate the curing process, delivering a sealed, safe surface that does not affect taste or odor of stored substances.

Dependable Supply, Market Access & Certifications

We charge ahead in supplying Food Grade FRP Resin across India and main export markets including Asia, Africa, and the Middle East. Goods transport is streamlined for punctual national and international delivery. Each batch is valued for its compliance with stringent FDA and food safety standards. Multiple certifications underline our commitment to quality, emphasizing our ability to meet large-scale supply demands and maintain competitive product valuation in global markets.

FAQ's of Food Grade FRP Resin:

Q: How should Food Grade FRP Resin be stored before usage?

A: Store Food Grade FRP Resin in a cool, dry place away from sunlight, tightly sealed to preserve its 6-12 month shelf life. Proper storage prevents premature curing and maintains quality.

Q: What are the main applications of this FRP Resin?

A: This product is primarily used in the fabrication of tanks, piping, and machinery that come into direct contact with food and beverages, requiring strict food safety compliance.

Q: When does the resin become non-toxic and food-safe?

A: The resin reaches full non-toxicity and becomes food-safe after complete curing with the recommended catalyst or hardener as per food grade specifications.

Q: Where can this resin be applied within the food industry?

A: It is suitable for food and beverage storage tanks, transfer lines, and other processing equipment demanding robust chemical resistance and hygiene.

Q: How does the curing process work for this resin?

A: The resin requires a catalyst or hardener for polymerization. Upon mixing, the curing process solidifies the material, achieving a neutral pH and a safe, durable finish.

Q: What are the benefits of using this resin in food-grade applications?

A: Benefits include very low water absorption after curing, strong thermal stability up to 100C, excellent adhesion to glass fibers, and compliance with international food safety standards.

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