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Intrico are an authorised distributor and stockist of the full Mann-Tek range. The product range provides reliable and cost effective solutions.
Intrico Products Ltd are an authorised master distributor and stockist of the full Mann-Tek range.
Mann-Tek Dry Break couplings provide a safe, secure and spill-free method of handling fluids and gases. The couplings are available with BSP and NPT in threads in sizes 3/4" to 8". Other threads are available on request (S60X6, Acme etc.). The tank units and hose units are also available in flanged connections. Materials for Mann-Tek Dry Break couplings include Aluminium, Brass/Gunmetal, Stainless Steel, Hastelloy C and PEEK. Seals materials include FPM (Viton®), EPDM, Chemraz®, Kalrez®, NBR (Nitrile). Other materials are available on request.
Mann-Tek' dry disconnect couplings are used when a clean, safe and spill free handling of liquids, chemicals, petroleum and gases is required. Excellent for all sorts of applications you may have.
ISO 45 Dry Aviation Couplings are designed for use in aviation and military refuelling systems with a maximum working pressure of 10 bar (150 psi). Mann-Tek ISO 45 Dry Aviation Couplings are not configured for under wing refuelling.
The Full Flow Ball Valves are specially designed for handling different types of fuels such as diesel, gasoline, Jet fuel etc. in tank trucks. Mann-Tek Ball Valves in Aluminium offer weight saving benefits to the road tanker industry and they are also used in different types of fixed plant and mobile fuelling applications.
Available in 2" to 4" sizes Mann-Tek Ball Valves are available with pneumatic actuation.
Swivel Joints are used in the industry wherever a movable pipe-connection system between two equipment parts is needed. Torque stress is the largest single cause of PTFE and Stainless steel convoluted hose failure. Mann-Tek swivel joints are designed for slow rotary motions and with an appropriate combination of swivel joints nearly all movements from the simple rotation up to motional actions in space can be realised.