OMO super glue

[performance and features]Fast curing at room temperature, 5-10 minutes positioning, 30 minutes of service intensity, 24 hours of maximum intensity. It is convenient to use without strict measurement. If two components can be brushed separately, the application period can be extended. High shear, impact and peel strength, good comprehensive performance, steel/steel normal temperature tensile shear strength > 20MPa; Impact strength > 2.0KJ/m2. Oil surface bonding can be carried out. Only polish, no degreasing, no significant reduction in strength. Acid and alkali resistance medium good, water resistance good, oil resistance very good. Resistant to moisture, heat and atmospheric aging, good durability. Easy to clear.

Product use: This product is a structural adhesive, mainly used for rigid adhesion, can be used in steel, iron, aluminum, aluminum alloy, titanium, stainless steel, ABS, PVC, nylon (polyimide), polycarbonate, organic glass (polymethyl acrylate), toughened glass, polyester Adhesion of resin, polyurethane, cement, ceramic, wood, laminate, etc. Adhesive glass products, the initial strength is good, but due to the larger glass expansion coefficient, sometimes will automatically fall off. Not suitable for snowflake iron, copper, brass, zinc, celluloid, polytetrafluoroethylene, polyolefin, polysiloxane and other products The adhesive. It is not ideal for flexible bonding.

Mainly used in:Automobile, motorcycle, machinery, chemical pipeline, storage tank, woodworking furniture, lamp, daily life, scientific research, etc. Pieces [parameters 】 : this product is a structural adhesive, is mainly used for bonding rigidity, can be used in steel, iron, aluminum, aluminum alloy, titanium, stainless steel, nylon, ABS, PVC (poly amido), polycarbonate, organic glass (poly (methyl acrylate), toughened glass, polyester resin, polyurethane, cement, ceramics, wood, laminate equivalent between species or bonding.

The adhesive glass product has a good initial strength, but sometimes falls off automatically due to the large expansion coefficient of the glass.

The invention is not suitable for bonding ferrous oxide, copper, brass, zinc, celluloid, polytetrafluoroethylene, polyolefin, polysiloxane and other products.

The effect of staleness on flexible adhesion is not satisfactory.

The invention is mainly used in the following aspects: automobiles, motorcycles, machinery, chemical pipes, storage tanks, woodworking furniture, lamp nameplates, daily life, scientific research and so on