Products/Resin Systems/Epoxy Resin Systems For Composites
Epoxy Resin Systems For Composites

BhorBond®

Epoxy Resin Systems For Composites

BhorBond® is BHOR's premier range of high-performance epoxy resin systems, designed to meet the diverse requirements of composite part manufacturing. These systems offer unparalleled versatility and are engineered for various fabrication methods, including hand lay-up, resin infusion, and vacuum bagging technologies.

One of the key advantages of BhorBond® lies in its customizable formulations, tailored to specific application needs, ensuring optimal performance for demanding industrial sectors such as aerospace, defense, automotive, and more.

Parts published

4

Measured from the 4 published parts

Used in

AerospaceIndustrial CompositesUnmanned SystemsAutomotive

Available range

Download a datasheet, enquire, or add parts to your enquiry cart.

Part

Specification

Datasheet · Enquiry

BhorBond® EPCH

Mix Ratio :- Resin : Hardener 100 : 35 (w/w) Mix Viscosity: 450-850 cP Cure Temperature: 25-28 degree Celsius Cure Time: 24 Hrs Processing: Resin Infusion / Hand Layup

BhorBond® EPVB

Mix Ratio :- Resin: Hardener 100 : 35 (w/w) Mix Viscosity: 1100 - 1500 cP Cure Temperature: 25-28 Degree Celsius Cure Time: 24 Hrs Processing: Resin Infusion / Hand Layup

BhorBond HIFC

Mix Ratio :- Resin: Hardener 100 : 45 (w/w) Mix Viscosity: 800-1300cP Cure Temperature: 25-28 Degree Celsius Cure Time: 8-10 Hrs Processing: Resin Infusion / Hand Layup

BhorBond® 5052

Mix Ratio :- Resin: Hardener 100 : 38 (w/w) Mix Viscosity: 25 Degree C = 500-700cP & at 40 degree C = 200-250cP Cure Temperature & Cure Time: 1 day 230 degree C + 15 hrs 500 degree C Or 1 day 230 Degree C + 4 hrs 1000 Degree C.

Applications by market

Aerospace

Epoxy, cyanate ester and benzoxazine resin systems and liquid adhesives

Epoxy resin systems for hand layup and resin infusion

Cyanate ester resin for RTM

Flame retardant benzoxazine thermoset resin system

Adhesive systems for metal–metal, FRP–FRP, FRP–metal bonding

Industrial Composites

Marine

BhorPreg® – out of autoclave, low temperature curable epoxy prepreg system

BhorBond® – hand lay and infusion epoxy resins, gel coats, putties, fillers and additives

Unmanned Systems

Epoxy resin systems

Epoxy resin systems for hand layup and resin infusion

Fast cure resin systems

Epoxy gelcoat and epoxy putty

Automotive

Epoxy resin systems

Long pot life systems for custom part manufacturing

High viscosity, high gloss system for aftermarket cosmetic enhancement

Hand layup and infusion systems, fast cure systems, epoxy putty

Adhesive systems for joining metallic inserts and core materials

Technical detail

Long Pot Life Epoxy Resin System for Hand Lay-Up

Specifically formulated to provide extended working times, making it ideal for complex, large-scale lay-up operations.

Ensures consistent wetting of reinforcements, resulting in strong, high-quality laminates.

Suitable for manual composite fabrication processes where precision and reliability are crucial.

Medium Viscosity Epoxy Resin Systems for Resin Infusion

Optimized viscosity to facilitate efficient resin flow and uniform wet-out of reinforcement materials during infusion.

Provides high mechanical strength and dimensional stability in the finished parts.

Ideal for applications requiring precision, lightweight structures, and consistent fiber-to-resin distribution.

Cosmetic Epoxy Systems

Designed for applications demanding superior surface finishes and aesthetic appeal.

Offers excellent clarity, ensuring durability and visual consistency.

Perfect for parts where appearance is as critical as performance, such as decorative panels and high-end consumer goods.

BhorBond® resin systems exemplify BHOR’s commitment to innovation, quality, and customer-centric solutions, empowering manufacturers with advanced materials to produce high-performance composite parts with precision, reliability, and aesthetic excellence.

Copy as published on bhor.com. Where it states a wider envelope than the figures above, the figures above are measured from the parts actually published.