Valve fluid - Import export

Metaltouch valve system with superior durability! Sleeve stopper mechanism gives secure connection. Cupla for higher working pressure up to 44.1MPa {450kgf/cm2}. Mechanism to prevent accidental disconnection maintains tight connection even under vibration or impact when connected. Both socket and plug have metaltouch automatic shutoff valves that prevent fluid spill out on disconnection.

Their “airless valve shutoff design” greatly reduces air admixture! Ideal for hydraulic lines with larger pressure fluctuations. Locking mechanism to prevent accidental disconnection maintains tight connection even under vibration or impact. Both socket and plug have builtin automatic shutoff valves to prevent fluid spill out when disconnected. Easy to handle.

Their “airless valve shutoff design” greatly reduces air admixture! Ideal for hydraulic lines with larger pressure fluctuations. Locking mechanism to prevent accidental disconnection maintains tight connection even under vibration or impact. Both socket and plug have builtin automatic shutoff valves to prevent fluid spill out when disconnected. Easy to handle.

Compared with conventional Multi Cuplas, approximately double flow rates are realized. This could reduce the size of required plates. (Rate of flow increase depends on Cupla sizes.) The MALC type realizes a 2mm axial eccentricity allowance, while the conventional Multi Cupla is only 0.6mm. Special valve design enables connection of socket and plug under dynamic pressure of up to 8MPa. When connected, the distance between the socket plate and plug plate is designed to be 30mm for all sizes. This means any size of Cupla can be mounted and used on the same plate. Airless structure valves prevent outflow of fluid and admixture of air into the fluid line. Autocatalytic NickelPhosphorus coating is adopted for surface treatment over special steel body and internal parts. This coating is environmentfriendly.

A single operation makes simultaneous connections for multiple lines that have a variety of different fluids and sizes. A special design minimizes air admixture in fluid lines upon connection. Compared with conventional Multi Cuplas, approximately double flow rates are realized. This could reduce the size of required plates. (Rate of flow increase depends on Cupla sizes.) The MALC type realizes a 2mm axial eccentricity allowance, while the conventional Multi Cupla is only 0.6mm. Special valve design enables connection of socket and plug under dynamic pressure of up to 2MPa. When connected, the distance between the socket plate and the plug plate is designed to be 30mm for all sizes. This means that any size of Cupla can be mounted and used on the same plate. Airless structure valves prevent outflow of fluid and admixture of air into the fluid line.

Flat contact face design reduces spill upon disconnection by less than half compared with that of conventional design. Flat contact face design makes it easy to clean dust and foreign matters adhered on the surface of coupling so as to prevent them from entering inside and thus causing faulty operation of connection or disconnection. Flat contact face design minimizes air admixture during connection to keep the possible malfunction of equipment caused by the air bubbles in the hydraulic line at minimum level. Pushtoconnect operation. Sleeve stopper mechanism is engaged by rotating sleeve after connection. It prevents accidental disconnection even when vibration or impact is applied to the Cupla. The special design reduces pressure loss considerably, and especially suited to hydraulic applications in which big flow is needed. Both socket and plug have builtin automatic shutoff valves that prevent fluid spill out on disconnection.

Generic Cupla copes with high pressure lines in hydraulic equipment! Low pressure loss is ideal for hydraulic equipment. Complys with international standard ISO 72411A. General purpose hydraulic Cuplas with the working pressure up to 27.5~31.5MPa {281~321kgf/cm2}. Structure keeps pressure loss extremely low, particularly ideal for hydraulic applications requiring high flow rates. Both socket and plug have builtin automatic shutoff valves to prevent fluid spill out when disconnected. Easy to handle. Special steel body material is adopted for its excellent strength and additional quenching treatment is done to withstand hydro pressure impacts. Various end configurations.

Body material is excellent corrosion resistant stainless steel (SUS304). Suitable for use in tough / harsh environments such as offshore applications. Sleeve stopper mechanism can be engaged by rotating sleeve after connection. Despite having a stainless steel body, the working pressure, 21.0 MPa, of HSU CUPLA is comparable to that of special steel body CUPLA such as HSP CUPLA series. Both socket and plug have builtin automatic shutoff valves that prevent fluid outflow on disconnection. Easy to handle. Hydrogenated nitrile rubber (HNBR) is used as a seal material for wide variety of liquids.

Body material is excellent corrosion resistant stainless steel (SUS304). Suited for use in tough conditions such as ocean development. Although it is made of stainless steel, the unique “inner seal mechanism” enables the working pressure of 20.6MPa {210kgf/cm2}, the same as steel’s. Safety lock ensures tight and secured connection (preventing accidental disconnection) under vibration or impacts. Both socket and plug have builtin automatic shutoff valves that prevent fluid outflow on disconnection. Easy to handle.

Super HSP Cupla socket can be connected easily with small power to standard HSP Cupla plug even with residual pressure on the plug side of the hydraulic line. For impact resistance, especially repeated impulses, special quenched steel is used for the body. This ensures original performance over a long period. The design reduces pressure loss, and so particularly suitable for hydraulic applications where enough fluid flow is essential. Both socket and plug have builtin automatic shutoff valves to prevent fluid spill out on disconnection.

Can be connected even with residual pressure in plug side hydraulic line. This Cupla is best for frequent connection of pressurized hydraulic lines. Super HSP Cupla socket can be connected easily with small power to standard HSP Cupla plug even with residual pressure on the plug side of the hydraulic line. For impact resistance, especially repeated impulses, special quenched steel is used for the body. This ensures original performance over a long period. The design reduces pressure loss, and so particularly suitable for hydraulic applications where enough fluid flow is essential. Both socket and plug have builtin automatic shutoff valves to prevent fluid spill out on disconnection.

Our absolute classic. Probably the most frequently sold spray head in the world. Universal spray head, very robust and suitable for all applications. Due to the large channel diameters and a direct supply, our HTR spray head can also be used with especially critical and viscous media. The quantity is dosed in the front at the nozzle. Our HTR spray head is available in two variants: The HTRR spray head has an M6 thread for fastening to a customer-side mount. The HTRB spray head has a ball joint. This allows it to be attached flexibly and precisely with the flexible HPM Technologie mounts. All of our spray heads are available individually or as a spray head group. The spray head group contains air and fluid connections (check valve) for the distributor. An optional check valve mounted on the spray head prevents the fluid from dripping out through the spray head in the case of a critical line route or critical positioning