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Georg Fischer Fuseal PP is resistant to the corrosive action of alkalis alcohols, acids, solvents and salt solutions. Dilute mineral acids and aqueous solutions of acid salts, which are destructive to most metals, have no affect on the Fuseal PP system. In general, Fuseal PP is attacked only by strong oxidizing acids and weakened by certain organic solvents and chlorinated hydrocarbons. Fuseal PP will not rust, pit, scale, corrode or be affected by electrolysis.
Georg Fischer Fuseal Fast-lock is a revolutionary new mechanical joint (MJ) system for special waste drainage systems: Fuseal Fast-Lock. The new fittings will be available in sizes 1-1/2” – 4”, in Fuseal polypropylene flame retardant and will work with both FR and non-flame retardant pipes. Enjoy all the standard features of GF’s Fuseal piping system, with the new benefits of a truly innovative Fast-Lock system. View the full product brochure here.
Benefits of Fast-lock include:
Fast installation - The Fast-Lock System is fast and easy to install. Unlike cemented systems, it does not require special cement or applicators nor are there any toxic fumes. Most importantly there are no cure times to wait for, which can be hours or days. The Fast-Lock system is immediately ready for operation.
Compact - Our new mechanical system is the most compact mechanical joint on the market. It allows for installation of the system in tight spaces such as between walls where other systems will not fit.
No special Tools - The Fast-Lock system collar simply requires an 8 or 10mm socket driver. A standard ratchet and socket can be used as well as cordless drivers. No grooving tools are required.
Pressure rated - The system is rated for 35 psi. Just like the Fuseal electrofusion system, this is a necessary property for vacuum and pumped drainage systems that have intermittent pressure requirements.
Modular - The Fuseal Fast-Lock and electrofusion systems have interchangeable collars allowing for easy integration of the two designs. Any fitting can become a transition from electrofusion to the mechanical joint or vice versa.
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