Epoxy Plastic Resins

Epoxy Plastic Resins

Epoxy Plastic Resins undergo a cross-linking reaction with a curing agent to form an insoluble and infusible three-dimensional network polymer. The polar hydroxyl groups and ether bonds in their molecular chains impart superior adhesion, making them suitable for various substrates such as metals, glass, and wood. The products combine excellent mechanical strength, electrical insulation, chemical resistance, and low shrinkage, offering exceptional processing flexibility and allowing for customized formulations from extremely low viscosity fluids to high melting point solids.
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Description

Technical Parameters

 

 

Excellent adhesion:
Known as "all-purpose adhesive," it boasts superior bonding strength to the vast majority of materials; Balanced performance: It combines high strength, high hardness, and good toughness, with outstanding dimensional stability;


Environmental resistance:
Resistant to acids, alkalis, solvents, and aging, with reliable electrical insulation properties;

Flexible processing:

Mild curing conditions allow for customized requirements such as flame retardancy and high-temperature resistance through formula adjustments;

Environmentally friendly and safe:
Solvent-free products have 0 VOC content, are low-odor and non-toxic, and meet environmental standards.

 

 

 

Epoxy Plastic Resins

 

Product Specifications

 

Parameter Category Parameter Name Specification
Basic Information Color Black, white, gray, red, yellow, blue, green, etc.
Resin Characteristics Resin Characteristics Easy to mold; High hardness; Relatively brittle; General precision with an accuracy of 0.05mm
Liquid State Properties Liguid Viscosity (25℃) 300 - 500MPa·s
Liquid Density (25℃) 1.05 - 1.25g/cm³
Mechanical Properties Flexural Modulus 1000 - 1500 MPa
Flexural Strength 49 - 80MPa
Tensile Strength 42 - 62Mpa
Tensile Modulus 2000 - 2500MPa
Elongation at Break 15% - 17%
Notched Impact Strength 20 - 49j/m, etc.
Shore Hardness 90 - 95D
Thermal Properties Glass Transition Temperature 78℃
Heat Distortion Temperature 80℃
Coefficient of Thermal Expansion 95±5×10⁻⁶, etc.
Shrinkage Properties Volumetric Shrinkage 3.83 - 2.95%
Linear Shrinkage 0.8 - 1.5%
Storage & Curing Optimal Storage Temperature 20℃ - 25℃
Curing Wavelength 355nm - 455nm, etc.

 

Epoxy Plastic Resins application
 
 

Xinshan is a professional resin manufacturer!

 

In the field of coating protection

As a core component of heavy-duty anti-corrosion coatings, it provides long-term rust and corrosion protection for ships, bridges, and chemical equipment.

 
 

In the field of adhesives

A key material for bonding aerospace components, assembling automotive structures, and fixing electronic components, enabling high-strength and reliable connections between different materials.

 
 

In the field of composite materials

Combined with carbon fiber and glass fiber to create lightweight structural materials used in aircraft fuselages, automotive parts, and sporting goods, balancing strength and weight reduction requirements.

 
 

In the field of electronic packaging

A core material for semiconductor encapsulation, transformer insulation potting, and circuit board substrates, effectively protecting electronic components from moisture and mechanical impact.

 

FAQ

 

 


 

1. How should unopened products be stored? Do storage conditions affect performance?

Store in a light-proof, sealed environment between 5-30℃, avoiding moisture, corrosive gases, and direct sunlight. High temperatures may cause premature cross-linking, while low temperatures may cause crystallization. Shelf life is 6-12 months; if past the expiration date, it is recommended to test the product first.
 

2. What is the temperature range after curing? Will performance degrade with long-term use?

The standard version withstands -40~120℃, while the high-temperature version can withstand over 200℃. Performance is stable within the rated range; exceeding the range may cause softening, deformation, and decreased strength.
 

3. How significant is the impact of air bubbles during use? How to resolve this?

Air bubbles reduce strength, damage appearance, and affect insulation. Vacuum degassing can be performed, selecting a low-viscosity model, or slow pouring and avoiding vigorous stirring to reduce air bubbles.
 

4. Can colors and hardness be customized? What information is required? How long does the lead time take?

Customization is available. Please provide color chart/color number, hardness index (e.g., Shore hardness), application scenario, and any special requirements. Simple adjustments take 7-15 working days, complex formulations take 20-30 working days.
 

5. What precautions should be taken for large-area application?
Control ambient temperature to 15-25℃ and humidity ≤75%; the substrate must be clean, flat, and dry; apply a single coat of 0.2-0.5mm, thicker coats can be applied in multiple layers; proper curing is essential after application.
 

6. Is there after-sales support for any problems encountered during use? What are the methods and response times?
Yes, there is support. Consultations can be made by phone/email/online, with a response within 30 minutes (phone/online) or 2 hours (email); complex issues will be addressed on-site within 1-3 working days (1-2 days later for remote areas); follow-up visits are available for bulk purchases.

 

 

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