Rubber Products
Cherry Drainage Pipes are proud to be partnered with Mission Rubber UK to supply the Mission range of couplings, adaptors, valves, saddles and fittings.
The Mission Rubber range is an extensive range that covers almost every possible requirement for connecting all types of pipes and pipe diameters in a wide variety of applications. The Mission Rubber Range is produced to the highest quality and meets all the relevant technical standards.
Elastomers
Standard, Drain, Adaptor and Extra wide Couplings, Bushes and Wall seals
The elastomeric components of the above products are made of two types of synthetic elastomer. Either Ethylene Propylene Diene Monomer (EPDM) or Styrene Butadiene Rubber (SBR) is used. These elastomers are both commonly used in pipe joints in drainage and sewerage systems as they offer excellent resistance to normal drain and sewerage effluents as well as excellent long term performance. For situations where effluents or ground water contains hydrocarbons, fats, oil, greases etc. then components in nitrile rubber are available.
Components made from synthetic elastomer conform to the requirements of BS EN 681: Part 1:1996 "Specifications for elastomeric joint rings for pipework and pipelines - drainage". They also conform to the requirements of ISO 4633: 1986 and Australian Standard AS 1646.
Plumbing couplings, Plumbing fittings, Flexible saddles and End caps
The elastomeric components of the above products are made of three types of synthetic elastomer. Either Ethylene Propylene Diene Monomer (EPDM), Styrene Butadiene Rubber (SBR) or Neoprene Rubber.
TOX®-Technology
Toxing of the Shear-Band
Traditional shear band fabrication entails spot welding of clamps to the shear band. Heat created during the welding process actually burns the stainless steel. The composition of the stainless steel is attacked and intercristalline corrosion can result at the welding points.
The shear band on the new Mission, Standard Coupling incorporates the latest in stainless steel fastening techniques: TOX® Technology (no spot welds). The negative aspects associated with spot welding are eliminated in this advance process, yet the bond meets or exceeds all relevant tensile strength and shear requirements.