1、EPON™ Resin 825

Resin/curing agent systems based on EPON 825 have greater clarity, chemical resistance, higher heat distortion temperature, and lower electrical conductivity than can be obtained with most other standard resins. Due to the high purity, the resin may form crystals.

2、EPON 825

EPON™ 825 can be used with all of the curing agents common to EPON 828 systems. This provides a full range of curing temperatures, pot life and handling characteristics to choose from.

3、Technical Data Sheet

EPON Resin 825 can be used with all of the curing agents common to EPON Resin 828 systems. This provides a full range of curing temperatures, pot life and handling characteristics to choose from.

4、Docure KH

Docure KH-825 is a cycloaliphatic Amine modified curing agent for use with epoxy resins. KH-825 has low viscosity and solvent free. It can be used for Injection systems and resin mortars. It is well suited for use in the production of floorings and other coatings.

Epon™ Resin 825

It reacts with a full range of curing agents and produces high strength cured systems resistant to chemical attack. EPON™ Resin 825 is used in aerospace and specialty adhesives.

Epoxy Resin, Curing Agent and Modifier Technical Data Sheets

Epoxy Resin, Curing Agent and Modifier Technical Data Sheets Bisphenol A-157 EPIKOTE Resin 235 EPIKOTE Resin 240 EPIKURE Curing Agent 3010 EPIKURE Curing Agent 3015 EPIKURE Curing Agent 3030 EPIKURE Curing Agent 3046 EPIKURE Curing Agent 3055 EPIKURE Curing Agent 3061 EPIKURE Curing Agent 3072 EPIKURE Curing Agent 3090 EPIKURE Curing Agent 3100 ...

Technical Data Sheets

Please note that regardless of which preference you choose, the language will remain English.

EPON™ Resin 825

EPON™ Resin 825 is a high purity bisphenol A epichlorohydrin epoxy resin. As a result, the viscosity of this product is lower than standard bisphenol A liquid resins without the use of diluents or modifiers.

Microsoft Word

15~25 parts to 100 parts of Bisphenol-A type epoxy resin whose epoxy equivalent weight is about 190. Curing properties (gel time) Gel time of 2g sample. Measured at the designated temerature by Gel-Time-Tester.

Freeman 825 Casting resin, Potting Epoxy 2

Freeman 825 is a 2-Part 2-part cure, Room temperature cure, Epoxy, Liquid used to Casting resin and Potting Metal. View datasheet for Freeman 825.

In numerous fields of modern industry, epoxy resins are ubiquitously applied. With their unique chemical properties and physical characteristics, they have become indispensable in materials science. Among them, Epoxy Curing Agent 825 stands out for its exceptional performance and is widely used in the manufacturing of various high-performance materials.

Epoxy Curing Agent 825, as an efficient organic compound, primarily consists of epoxy resin and a curing agent. Epoxy resin, a high-molecular-weight polymer, exhibits excellent adhesion, mechanical strength, and chemical resistance. The curing agent, meanwhile, initiates crosslinking reactions in the epoxy resin, resulting in a stable structure.

The performance features of Epoxy Curing Agent 825 are highlighted below:

1. High Crosslinking Density and Superior Mechanical Properties: When mixed with epoxy resin and subjected to heat or radiation under specific conditions, it rapidly forms a three-dimensional network structure. This significantly enhances the material’s strength, hardness, and wear resistance, making it widely applicable in construction, automotive, and aerospace industries.

2. Excellent Corrosion and Chemical Resistance: Due to the inherent inertness of epoxy resin, the cured material resists erosion by various chemicals, ensuring prolonged service life. Additionally, the cured epoxy demonstrates high wear resistance, maintaining performance in diverse working environments.

3. Self-Healing Capability: When damaged, the curing agent penetrates the affected area and reacts with the epoxy resin to form new molecular chains, enabling self-repair. This feature holds significant value in aerospace, nuclear energy, and other critical fields.

Epoxy Curing Agent 825 boasts a broad application range, spanning traditional sectors like construction and automotive manufacturing to emerging fields such as renewable energy and environmental protection. For example:

• In solar panel production, it is used to fabricate high-strength, conductive substrate materials.
• In water treatment equipment, it serves to create corrosion-resistant, wear-resistant filtering materials.

As technology advances and demands for new materials grow, research on Epoxy Curing Agent 825 continues to deepen. Current efforts focus on cost reduction, enhanced environmental adaptability, and the development of novel curing agents to meet diversified market needs.

Practical application of Epoxy Curing Agent 825 requires adherence to specific guidelines. For instance:

• Ensure thorough mixing and stirring before use to achieve uniformity.
• Control temperature and curing time to avoid brittleness from excessive crosslinking.
• Post-application processing is essential to maintain material integrity and performance.

Epoxy Curing Agent 825, as a highly efficient organic compound, offers vast industrial application potential. Through ongoing research and innovation, it is poised to play an even greater role in driving human progress and contributing to societal advancement.