Ultra Fast Setting Cow Block Adhesive 200ml (Single Cartridge - Winter Formula)

<br> <br><p>Bovimix Cow Block Adhesive A two component, room temperature curing, natural colored, oderless, thixotropic polyurethane adhesive specifically desighned for structural bonding of a wide range of materials, as well as thermosetting and thermoplastics materials, steel, aluminium, concrete, wood and glass. ROCESSING The strength and durability of bonded joints depend on proper pre-treatment of the surfaces to be bonded. At the very least, joint surfaces should be cleaned with a good degreasing agent in order to remove all traces of dust, dirt, oil and grease. Pre-treatment of thermoplastics materials such as PVC, polycarbonate, polypropylene, PMMA, etc., can be made using a mixture of light ethers or with isopropanol. Use of strong solvents is not recommended due to the risk of damage to the plastic surface. Pre-treatment of other surfaces can be made using acetone or trichloroethylene. Petrol or other solvents should never be used. Where possible, carry out a mechanically abrasion to remove paint from the surfaces (where necessary) and to increase strength and resistance of the adhesion. Let dry the pre-treated area before applying the adhesive.<br></p><br><br>

• A fast-setting polyurethane adhesive used when blocking the hooves of lame cattle. Bovimix adheres a wood or rubber block to the bovine hoof. Also can be used to fill hoof cracks, after preparing with a grinding tool. Fast and easy application.
• Bovimix Cow Block Adhesive comes in a bi-component cartridge. Blending should be made through static mixer composed by a minimum of 16 elements. A lower number of components doesn’t allow a complete mixing. A higher number of components would increase speed of the chemical reaction of hardening. Static mixer are disposable.
• Bi-components cartridges can be used through manual applicators or specifics pneumatic tools, depending on capacity and cartridge shape.
• The speed of the hardening reaction is mainly influenced by two factors, the application temperature and the application thickness. Being the reaction exothermic, the speed decreases as the thickness and temperature application increase.
• The maximal temperature of the reaction will be reached in 5 mm application thickness and is always lower than 80°C.