Products

ebalta AH 120/ TL-1 is a very thin liquid epoxy resin with high values of strength and dimensional stability. Due to its good impregnating and wetting properties it is suitable as laminating resin for high-strength components with fabrics of glass –or carbon fiber. ebalta AH 120/ TL-1 is suitable for laminating of thin as well as thick laminates with large surface up to a thickness of 10 mm. Mechnical properties basing on test pieces being postcured for 8 hrs. at 80°C Demoulding depending on layer thickness, geometry and room temperature. Check for individual case. Postcuring before demoulding of laminates, if possible.

Ebalta AH 110 / TGS is a non-filled epoxy resin with high strength and dimensional stability, even at increasing temperature. It also can be used as casting resin with powder fillers as aluminum powder, as laminating resin with glass fabrics and as binding resin with granular fillers as aluminum granules. Depending on the application if just needs to use a different hardener for the mixture. As laminating resin AH 110 / TGS is suitable for thin high solid laminates.

Ebalta AH 110 / TGL is an unfilled epoxy resin with high strength values and dimensional stability, even at increased temperature. It can be used as casting resin with powdered fillers as aluminum powder, laminating resin with glass fabric and binder with grainy fillers as aluminum granules. Depending on application the suitable hardener can be mixed with the resin. AH 110/TGL is suitable as laminating resin for big surfaces at a temperature range until 110 °C.

ebalta AH 140 is a very thin liquid two-component-epoxy resin with high values of strength and high heat resistance. Due to its very good impregnating and wetting properties it is suitable as laminating resin for high-strength components with fabrics of glass –or carbon fiber. Especially for thin laminates, a post-curing of 16 hours at 80°C, after curing at room temperature, is essential in order to guarantee a complete curing. Otherwise the non post-cured laminate will be brittle and the adhesion of the layers with each other will not be sufficient.

ebalta AH 120/TC 60 is a very thin liquid epoxy resin with high values of strength and dimensional stability. Due to its good impregnating and wetting properties it is suitable as laminating resin for high-strength components with fabrics of glass –or carbon fiber. ebalta AH 120/TC 60 is suitable for laminating of thin as well as thick laminates with large surface up to a thickness of 8 mm. A post-curing should be executed, if possible before demoulding.

Ebalta AH 140 / TC 60 is a temperature resistant laminating resin.

Ebalta AH 140 / LI 130-2 is a general purpose resin.

Ebalta AH 120 / TGL is a very thin liquid epoxy resin with high values of strength and dimensional stability. Due to its good impregnating and wetting properties it is suitable as laminating resin for high-strength components with fabrics of glass –or carbon fiber. ebalta AH 120/TGL is suitable for laminating of thin as well as thick laminates with large surface up to a thickness of 8 mm. A post-curing should be executed, if possible before demoulding.

Ebalta AH 120 / TG is a Laminating resin.

Ebalta AH 110 / TG is a High strength general purpose resin.

Ebalta AH 120 / TGS is heat resistant laminating resin.

Ebalta GH 705/TL-1 is a thick-castable, aluminum-filled, heat-resistant, two-components epoxy resin, which shows aluminum-like properties after curing at room temperature. Due to high aluminum contents GH 705/TL-1 shows good thermal conductivity, is well workable and has a low linear expansion coefficient. A thickness of about 30 mm can be casted, by adding massive aluminum granules thicknesses of more than 100 mm can be casted. Maximum thermal stability of thin-wall casting parts is reached after immediate thermal treatment of 12-15 hrs. at 50-60°C after curing at room temperature. The thermal treatment can also be made by slow heating up to working temperature. At a casting thickness of more than 80 mm an automatic thermal treatment happens by formation of heat of reaction.