Repair Xtra Strong Epoxy Adhesive by Pattex, 866010, Clear, 11ML
Features
- Pattex Repair Xtra Strong Epoxy Adhesive takes a few minutes to cure, giving it a quick and solid bond.
- Clear Epoxy Adhesive by Pattex is a quick-drying, setting, two-section adhesive, gap-filling which gives tough with high bond strengths. The adhesive line is fuel, water, dilute acids, grease, alkali and water.
Application: Pattex Clear Epoxy can be utilized to bond the following items:
- Metal
- Fiberglass
- Pottery
- Marble
- Wood
- Plastic (except PE, PP and Teflon®)
- Glass
- Concrete
- Cork
- Stone
The adhesive bond formed can be sanded, cut or planed when wholly cured.
Direction For Use:
- For ideal results, utilize the Pattex Clear Epoxy between 15°C and 30°C. The cure rate is impeded by low temperatures and accelerates at higher temperatures.
- Ensure that the surface to be filled is spotless, oil and dust-free.
- Apply a skinny layer of blended Pattex Clear Epoxy to both surfaces. Stick the two parts right away and put a clamp.
- Eliminate excess adhesive with the help of a sharp knife or blade. The material can be handled after 10 minutes. Blend equivalent volumes of hardener and resin ultimately.
- Be careful while replacing caps onto suitable tubes. Ensure to clean the spillage with Tangit or acetone cleaner before the Pattex Clear Epoxy has cured. While utilizing solvents, care should be taken as they are flammable and could specifically surface. Store Pattex Clear Epoxy in a dry and cool place. The shelf life of Pattex Clear Epoxy is three years when the container is unopened and when kept in a clean and dry place.
Safety And Health Data:
- Remember to wash hands with warm soapy water after utilizing Repair Xtra Strong Epoxy Adhesive.
- Ensure to wear gloves in instances of prolonged use of the adhesive.
- Always refer to the Material Data Sheet for reference.
- Pack sizes accessible 2 x 11 ml tubes 25 ml Syringe.
Mixing ratio: 1:1 by volume
Working time: +- approx. 5minutes
Curing time: +- 60 minutes
Final cure: 24 hours
Temperature resistance: -30 to +150°c,
Depending on the duration of exposure to heat and stress
