Epoxy Resin AB Glue Adhesive For Guide Rail Turcite Plastic
The two-component composite epoxy resin AB glue is developed for CNC guide rail plastic lamination. It has excellent high bonding strength for machine tool guide rail soft belts, cast iron, copper, aluminum, steel, stainless steel, plastic, rubber, stone, wood and glass.
Description
Feature
1. Made of high-grade environmentally friendly raw materials that meet ROHS requirements, it has little odor and will not settle after long-term storage.
2. Product appearance color: A (adhesive) component is a milky white viscous liquid, B (curing agent) component is a brown viscous liquid, and does not contain solvents (non-hazardous goods).
3. Ultra-stable mesh resin structure, uniform material, high bonding strength, long-term oil resistance, acid and alkali resistance, good low-temperature toughness, no brittleness, easy and simple operation. It can be used at will within the temperature range of -30℃~+70℃.
4. Threaded plastic bottle packaging should be kept away from light, heat, and moisture. It will not dry out and harden after long-term storage, and the effective storage period is 1 year.
Operation
Ratio: Mix evenly with a volume ratio of A:B = 1:1. The operation is quite convenient, fast and easy. It is strictly forbidden to use the same stirring rod to stir in components A and B. The curing speed can be adjusted. For example, the proportion of curing agent component B can be appropriately increased in winter.
Gluing: The special glue can be applied longitudinally on the metal guide rail and transversely on the guide rail soft belt to ensure that the special glue is evenly distributed. The thickness of the glue layer should be controlled between 0.08 and 0.12 mm.
Curing: Curing can be carried out at room temperature. The initial curing time is 24 hours, and the maximum bonding strength is reached after 72 hours. The curing pressure should be 0.06-0.1Mpa. If the thickness of the selected guide rail soft belt exceeds 2.5mm, the curing pressure can be increased.
