Blue Hylomar Universal Gasket Jointing Compound Boxed 40g 00589

• Widely used in the automotive, aerospace
• Defence and general engineering industries where a non-setting
• Flexible seal is required.
• The compound is resistant to a wide range of fluids including all industrial fuels
• Typical applications include water and oil pumps

Blue Hylomar Universal 40g Boxed. Hylomar Universal Blue is one of the world's leading nonsetting gasket and jointing compounds, widely used in the automotive, aerospace, defence and general engineering industries where a non-setting, flexible seal is required. Hylomar Universal Blue is a polyester urethane based sealant that is non-setting and non-hardening even at high temperatures (to 250 deg C). The compound is resistant to a wide range of fluids including all industrial fuels, oils, water and brine, air, turbine and piston engine combustion products, water, water/glycol and methanol mixtures, petroleum and synthetic diester lubricating oils, gasoline and kerosine fluids (Avtur & Avcat) and fluorocarbon refrigerants. Hylomar Universal Blue can be used to seal joint faces or threaded parts. Product Usage Product Usage Hylomar Universal Blue enables the effective sealing of metal to meal and plastic to plastic components. Typical applications include water and oil pumps, instrument inspection covers, clinder heads and sumps, it can also be used for the coating for pre-formed gaskets, weather proofing, motors and outdoor high voltage circuit breakers, inlet manifolds, timing case covers, oil pump joints, gear box and transmission components or thread sealing. It has also been successfully used in the assembly of gas turbines, water cool generators and turbo vacuum systems. There is no staining of copper and silver, etc. from traces of volatiles at elevated temperature and is therefore suitable for joints and threads in close proximity to switch mechanisms, etc. Directions for Use Hylomar Universal Blue should be applied to clean dry surfaces. Apply a thin film or bead to one or both surfaces. Once applied, sufficient time should be allowed for the solvent to evaporate.