Valve fluid - Import export

Probably the most hygienic way of shutting off a flow of media is when the valve does not touch the fluid at all. This is the principle used by this small diameter endless tube valve, in which the fluid is passed through a hose pneumatically compressed or relieved by the valve.

The fluid isolation valves with their chemical resistance, compact size and high flow rates are suitable for many applications. On request other sealing materials like EPDM or FKM can be used. Other technical data like electrical connections or the operating pressure range can be adapted.

The fluid isolation valves with their chemical resistance, compact size and high flow rates are suitable for many applications. On request other sealing materials like EPDM or FKM can be used. Other technical data like electrical connections or the operating pressure range can be adapted.

The fluid isolation valves with their chemical resistance, compact size and high flow rates are suitable for many applications. On request other sealing materials like EPDM or FKM can be used. Other technical data like electrical connections or the operating pressure range can be adapted.

The fluid isolation valves with their chemical resistance, compact size and high flow rates are suitable for many applications. On request other sealing materials like EPDM or FKM can be used. Other technical data like electrical connections or the operating pressure range can be adapted.

The fluid isolation valves with their chemical resistance, compact size and high flow rates are suitable for many applications. On request other sealing materials like EPDM or FKM can be used. Other technical data like electrical connections or the operating pressure range can be adapted.

Our valves are manufactured in-house and matched to the characteristics and pressures of your application. Our valves are full lift safety valves and can be spring loaded or pilot operated. All our valves are supplied set to your required working pressure up to a maximum of 4,000 bar and flow rates up to 4,700 l/min. Two versions of spring-loaded safety valves, even ATEX compliant The simpler high pressure valves have a rotatable bypass connection to dispose of leaking fluid. Pilot operated valves require a block flange. Like all other KAMAT products, these are ATEX compliant and can be manufactured in special materials to suit the medium being pumped.

Box-type compressor with compact footprint and low weight, conceived, designed and manufactured to be installed on service trucks, to work in heavy road assistance and repairs, to provide compressed air wherever it is needed. Special sandblasting model, with integrated after-cooler and condensates filtration, available Box-type design, low weight and reduced footprint Pallettized, with lifting hook for easier handling One-side easy access for mainenance and refuelling All air valves and fluid drains on the same side Curbside control panel on the side of air and fluid outlets Lowest acoustic pressure levels as indicated in current legislation provisions Emissions according to the latest parameters Intelligent System – avoids starting load on engine and ensures low pressure shut down.

The Rotex 5-way 2 port INTERNAL PILOT OPERATED SOLENOID VALVE is a high-quality valve that is designed to provide reliable and efficient control of fluid flow in a wide range of industrial applications. This valve is manufactured using high-quality materials and advanced engineering techniques to ensure long-lasting performance and durability. The 5-way design of this valve provides multiple flow paths, making it ideal for complex fluid control applications. The 2-port configuration allows for easy installation and integration into existing systems. The internal pilot operation of the valve enables it to control fluid flow with high precision and accuracy, making it ideal for applications that require precise fluid control

Two-way solenoid valve is a common type of solenoid valve used in so many applications. Fluids can be safely controlled and put to optimal use with the help of valves. Many industrial applications require the use of such valves to be automated. In order to automate and conveniently utilize the full potential of fluids, solenoid valves are essential. A general-purpose 2-way Solenoid valve is used where the application should be able to start and stop the flow as and when needed. These valves have two ports that each connect to either the inlet or the outlet and use an internal plunger to open or close an orifice to control the fluid flowing through those valves. It can be configured as "Normally Open" or "Normally Closed". A Normally open two-way solenoid valve allows the media to pass through its port when the coil is de-energized and a Normally Closed valve allows the media to pass through its port when the coil is energized.

Non-rotating asset components seldom receive the routine surveillance they need Hydraulic systems represent another way industry converts electricity to mechanical energy. A pump, normally powered by an electric motor, moves hydraulic fluid through a system. The system is typically made up of a reservoir to hold the hydraulic fluid, high pressure lines to carry the fluid, control valves that ensure the fluid is sent where needed, relief valves for safety, and cylinders to produce mechanical energy. The pump and motor receive attention while the balance of the system is run-to-failure. Ultrasound testing could change this lackadaisical approach; especially considering its versatility, ease of use, and applicability to most hydraulic defects. External and Internal Leaks External leaks can often be found by visual inspection. Some external leaks, like a ruptured hose or fitting, are easy to spot. Simply follow the trail of spilled oil. Others are not so obvious.

Ball valve intended for Sulphur or bitumen service – the heating maintains the fluid liquid to operate the valve. Suitable for all fluids and substances that are solid at ambient temperature and it is necessary to warm them up continuously. This valve has a double shell. • DN 10 – DN 200 • PN 16 – PN 250 • NPS ½″ – NPS 8″ • Class 150 – Class 1500

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.

The Rotary Selector Valve or RSV, is a small bore multiport, multibank rotary poppet system suitable at pressures ranging –1 +10 Bar, Fluid Temperature 85°C (185°F) . It is a relatively simple & therefore extremely reliable unit, based on a modular design & as such configurable for a multitude of applications. It is custom built from stock parts. The body is manufactured in brass or stainless steel, both having stainless spindles & they can have stems and seals in differing materials to suit the media being used. Each bank of the valve is pneumatically independent but linked by a common central spindle, enabling separate air paths to be controlled concurrently; each output is effectively a valve. The RSV (once also known as the PIV or Pneumatic Interlok Valve) can incorporate an integral electrical rotary switch which allows fluid & electrical circuits to be controlled simultaneously or can be used simply to provide positional indication remotely at the control centre.

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

Flow control valves regulate the flow or pressure of a fluid. Control valves normally respond to signals generated by independent devices such as flow meters or temperature gauges. Alpeco stock a range of Perrett hydrovalves and is the UK distributor for OCV Control Valves, who are leaders in control valves, check valves and pressure relief valves. Our flow control valves can be used across a wide range of fluids from fuel, oil and lubricants to paints, chemicals, water and cement.

These are products which allow liquid to flow at flow direction and used for preventing flow at reverse direction. It prevents fluid back flow when pump is out of service in pump plants. Ball is closed by its own weight or counter force. Check valves are mounted considering the fluid flow direction. Ball system deforms late with respect to flap system. In the event that it is deformed , upper cover is opened and ball is removed and new one is installed and maintenance of checkvalve is made easily. It can be used easily in drinking water plants and fluids which are free of acid.

SCHÜTZE spray valve KA 2/Airless The automatic spray valve KA 2/Airless is an airless spray valve. The fluid will be squeezed through the spray valve and thereby atomized. Because of it´s low weight and the small measurements the KA 2/Airless is ideal for all applications with low space requirements. needle seat and needle: stainless steel