Funique Composites Private Limited

We are engaged in offering to our clients Araldite Epoxy Hardeners. Our range of all products is widely appreciated by our clients.

 A wide variety of Epoxy Resin System formulations to support composite part manufacturing via hand layup, resin infusion, and vacuum bagging technologies are available. Our ability to formulate systems based on the application requirement is our key advantage. Our high-performance epoxy resin systems find growing application in the shipbuilding, aircraft manufacturing, wind energy and sports equipment industries.

You're referring to a popular epoxy resin system:

• LY 556: This is a standard liquid epoxy resin based on Bisphenol-A. It's commonly used for laminating, casting, and coating applications.

• HY 951: This is a polyamine-based hardener (curing agent) used with LY 556. It provides good mechanical properties and chemical resistance.

Typical Mixing Ratio:

• 100 parts of LY 556 (resin)

• 10 parts of HY 951 (hardener)
  (by weight)

Key Properties (after curing):

• Good adhesion

• High mechanical strength

• Chemical and moisture resistance

• Clear to slightly yellowish appearance

Common Uses:

• Electrical and electronic potting

• Adhesives

• Laminated composites (like fiberglass or carbon fiber)

• DIY crafts (though slightly more industrial compared to art resins)

Tips for Use:

• Always mix by weight, not volume, for accuracy.

• Ensure surfaces are clean and dry before application.

• Avoid moisture contamination (epoxies don't like water during curing).

• Allow proper curing time (usually at room temperature or slightly elevated temperatures).

Would you also like details on curing time, temperature resistance, or step-by-step application? (Could help depending on your project.)

You're referring to a popular epoxy resin system:

• LY 556: This is a standard liquid epoxy resin based on Bisphenol-A. It's commonly used for laminating, casting, and coating applications.

• HY 951: This is a polyamine-based hardener (curing agent) used with LY 556. It provides good mechanical properties and chemical resistance.

Typical Mixing Ratio:

• 100 parts of LY 556 (resin)

• 10 parts of HY 951 (hardener)
  (by weight)

Key Properties (after curing):

• Good adhesion

• High mechanical strength

• Chemical and moisture resistance

• Clear to slightly yellowish appearance

Common Uses:

• Electrical and electronic potting

• Adhesives

• Laminated composites (like fiberglass or carbon fiber)

• DIY crafts (though slightly more industrial compared to art resins)

Tips for Use:

• Always mix by weight, not volume, for accuracy.

• Ensure surfaces are clean and dry before application.

• Avoid moisture contamination (epoxies don't like water during curing).

• Allow proper curing time (usually at room temperature or slightly elevated temperatures).

Would you also like details on curing time, temperature resistance, or step-by-step application? (Could help depending on your project.)

You're referring to a popular epoxy resin system:

• LY 556: This is a standard liquid epoxy resin based on Bisphenol-A. It's commonly used for laminating, casting, and coating applications.

• HY 951: This is a polyamine-based hardener (curing agent) used with LY 556. It provides good mechanical properties and chemical resistance.

Typical Mixing Ratio:

• 100 parts of LY 556 (resin)

• 10 parts of HY 951 (hardener)
  (by weight)

Key Properties (after curing):

• Good adhesion

• High mechanical strength

• Chemical and moisture resistance

• Clear to slightly yellowish appearance

Common Uses:

• Electrical and electronic potting

• Adhesives

• Laminated composites (like fiberglass or carbon fiber)

• DIY crafts (though slightly more industrial compared to art resins)

Tips for Use:

• Always mix by weight, not volume, for accuracy.

• Ensure surfaces are clean and dry before application.

• Avoid moisture contamination (epoxies don't like water during curing).

• Allow proper curing time (usually at room temperature or slightly elevated temperatures).

Would you also like details on curing time, temperature resistance, or step-by-step application? (Could help depending on your project.)