Stop valves - Import export

Blocking valves control the opening and closing of piping systems. They control the inlet, flow or outlet of liquids and gases. Flow valves regulate the volume flow of the fluid used. We have throttle valves, throttle check valves, check valves and stopper valves. Furthermore we offer quick relief valves, toggle lever valves, compact pressure controllers and functional connectors. All mentioned blocking and flow valves are available in various sizes, materials, and pressure, flow and temperature ranges.

Stop valves for shutting off and locking in the event of an unintentional drop in pressure. Pneumatically unlockable, for direct installation in the cylinder air connection.

The sliding gate valve type 8041 in the short design is universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant design. This sliding gate valve with its small stroke achieves a very high cycle capacity combined with extremely fast cycle times. Metal bellows Limit switch Pilot valve Stroke limitation . . .

The sliding gate valve type 8040 in reinforced design and long construction is universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant construction. This sliding gate valve with its small stroke achieves a very high switching capacity with extremely short switching times.

The sliding gate valve type 8040 in the long design is universally applicable for neutral and aggressive media in the chemical industry, process engineering and plant construction. This sliding gate valve with its small stroke achieves a very high switching capacity with extremely short switching times.

• THERMO-AW valves are used for the reliable regulation of air,     superheated  steam and flue gas flows. The maximum permitted     temperature may be, depending on design, up to 600°C.  • In order to systematically avoid corrosion problems, we exclusively use     stainless steel alloys to make our THERMO-AW valves. Our standard     working materials are 1.4301, 1.4541 and 1.4571.  • THERMO-AW valves are controlled manually, electrically or pneumatically.     All brands can be used for the drive.  • THERMO-AW valves are metallically sealed and function without any     additional sealing materials.   • The leakage rate is less than 0.1 % (based on the cross-section).     THERMO-AW valevs are 100 % leak-proof against the surrounding area.  • Our construction departement together with our in-house production     allows us to deal with virtually any customer requests.  • Due to systematic standardisation in detail and our long-term experience,     THERMO-AW valves are not prone to malfun

 • THERMO-AW valves are used for the reliable regulation of air,     superheated  steam and flue gas flows. The maximum permitted     temperature may be, depending on design, up to 600°C.  • In order to systematically avoid corrosion problems, we exclusively use     stainless steel alloys to make our THERMO-AW valves. Our standard     working materials are 1.4301, 1.4541 and 1.4571.  • THERMO-AW valves are controlled manually, electrically or pneumatically.     All brands can be used for the drive.  • THERMO-AW valves are metallically sealed and function without any     additional sealing materials.   • The leakage rate is less than 0.1 % (based on the cross-section).     THERMO-AW valevs are 100 % leak-proof against the surrounding area.  • Our construction departement together with our in-house production     allows us to deal with virtually any customer requests.  • Due to systematic standardisation in detail and our long-term experience,     THERMO-AW valves are not prone to malfu

• THERMO-AW valves are used for the reliable regulation of air,     superheated  steam and flue gas flows. The maximum permitted     temperature may be, depending on design, up to 600°C.  • In order to systematically avoid corrosion problems, we exclusively use     stainless steel alloys to make our THERMO-AW valves. Our standard     working materials are 1.4301, 1.4541 and 1.4571.  • THERMO-AW valves are controlled manually, electrically or pneumatically.     All brands can be used for the drive.  • THERMO-AW valves are metallically sealed and function without any     additional sealing materials.   • The leakage rate is less than 0.1 % (based on the cross-section).     THERMO-AW valevs are 100 % leak-proof against the surrounding area.  • Our construction departement together with our in-house production     allows us to deal with virtually any customer requests.  • Due to systematic standardisation in detail and our long-term experience,     THERMO-AW valves are not prone to malfun

  THERMO-GAS Heat Exchangers work optimally if the constant flow of gasses into the heat exchanger is guaranteed. In case of unfavourable assembly conditions, we have made tests and measurements  so far in order to optimise stream conditions. Due to the increased requirements  on the performance of heat exchangers as well as expanded application areas it has become necessary to achieve optimised results already in the planning phase. This is done by means of a CAD-based simulation which enables the very exact predicition of stream conditions. The performance opportunities of our heat exchangers are used at the best as a result of appropriate installed equipement for flow duct. We would be pleased to provide you with our knowledge also beyond the heat exchanger technology.     The precise project   In case of a plant for catalytic combustion, the connecting hood to the heat exchanger was  significantly shortened due to the assembly of a THERMO-AWT 3-Way Stop valve. After this

Technical data cube with pressure transducer and lock valve Pressure needs detection with switch-off upon reaching the required working pressure of 20 bis 850 bar Suitable for all tools with a oil flow to 700cm³ With built-in-pressure sensors for enhanced features and advanced settings Jogging for intermittent tool feed Power stepless adjustable, short time possible to 1,2 kW For Network and battery (24/230V) Powerful Li-Ionen battery 24 V 4,8 Ah The unit is designed so that the battery capacity is sufficient for one working day. Integrated charger Energy savin mode – Unit switches off 10 minutes after the last activity, or to low battery charge Keeps the pressure of max. 850 bar upon actuation of the stop valve Robust plastic housing Controls and coupling are set back behind the front edge of the housing Flow rate: automatically adjust to 1l/min Size L/B/H: 215 x 165 x 220mm (Handle height 40mm) Weight: ca. 6,9 kg The lock valve for pipe crimping tools prevents reduction of oil pressure in the tool. So it is possible to hold hydraulic pressure over not time limited space. Supplied with Hydraulic power unit 3m Remote control 3m Power charger adjustable shoulder strap instruction manual

Eliminates an unpleasant popping noise and a hose whip back motion when Cupla is disconnected. When the Cupla is disconnected, the pressure left in the plug side hose is released gradually without an unpleasant popping noise and a hose whip back motion. Unique design of air purge system enables the residual pressure release quickly and quietly. A unique but simple purge valve design is good for long and repeated use. The function is assured even under a high supply pressure or with a long hose. Note This product is not a check valve to totally stop the air flow.

Our quality SANHA ball valves are made of brass CW 617N and can be delivered in a multitude of versions such as with threaded and press ends, or in the dimensions 15-54 mm, 16-26 mm and ½" to 2". The ball valves can be easily and quickly combined with all SANHA systems, thus providing a real alternative to conventional products. With SANHA ball-stop valves we provide our customers with the oppurtunity for an optimal safe and at the same time very economical solution for the installation of machinary, equipment or other facilities such as risers.

Our quality SANHA ball valves are made of brass CW 617N and can be delivered in a multitude of versions such as with threaded and press ends, or in the dimensions 15-54 mm, 16-26 mm and ½" to 2". The ball valves can be easily and quickly combined with all SANHA systems, thus providing a real alternative to conventional products. With SANHA ball-stop valves we provide our customers with the oppurtunity for an optimal safe and at the same time very economical solution for the installation of machinary, equipment or other facilities such as risers.

Our quality SANHA ball valves are made of brass CW 617N and can be delivered in a multitude of versions such as with threaded and press ends, or in the dimensions 15-54 mm, 16-26 mm and ½" to 2". The ball valves can be easily and quickly combined with all SANHA systems, thus providing a real alternative to conventional products. With SANHA ball-stop valves we provide our customers with the oppurtunity for an optimal safe and at the same time very economical solution for the installation of machinary, equipment or other facilities such as risers.

Our quality SANHA ball valves are made of brass CW 617N and can be delivered in a multitude of versions such as with threaded and press ends, or in the dimensions 15-54 mm, 16-26 mm and ½" to 2". The ball valves can be easily and quickly combined with all SANHA systems, thus providing a real alternative to conventional products. With SANHA ball-stop valves we provide our customers with the oppurtunity for an optimal safe and at the same time very economical solution for the installation of machinary, equipment or other facilities such as risers.

Our quality SANHA ball valves are made of brass CW 617N and can be delivered in a multitude of versions such as with threaded and press ends, or in the dimensions 15-54 mm, 16-26 mm and ½" to 2". The ball valves can be easily and quickly combined with all SANHA systems, thus providing a real alternative to conventional products. With SANHA ball-stop valves we provide our customers with the oppurtunity for an optimal safe and at the same time very economical solution for the installation of machinary, equipment or other facilities such as risers.

This high-quality, liquid-repellent chemical suit with hood protects against diluted chemicals. Slightly splash suit, cat. III protection against diluted chemicals Type 6 in preparation for type 4 & 5 Certified according to EN 13034:2005 – material: 88% PVC, 12% polyamide Washable to 30°C One size Free of azo dyes It generally serves against wetness and dirt and can be optimal used for tank cleaning or for working with high-pressure cleaner. The Sea Safety 20-Suit can be used with several types of additional protective equipment, e.g. respirator mask, gloves, and boots. Drip-stop valve at arms and legs prevents penetration of liquids in boots and sleeves. In case of normal soiling the suit is washable at 30°. Data sheet

Tapping valve bridge with lateral outflow and integrated stainless steel drill milling cutter Model 762 (for plastic pipes (PE oder PVC) Tapping valve bridge with stop valve and for tapping 1½“. The upper part of the milling valve for tapping is already mounted under pressure - ready for use. The tapping cutter with chambered sleeve prevents the drilling chips from being flushed out. The seal material corresponds to the KTW-recommendations of the Federal Environment Agency (UBA) as well as to the requirements acc. to DVGW W270. Application • for plastic pipes (PE oder PVC) DN 50 - 200 • for water PN 16 until DN 150, for water PN 10 until DN 200

Suitable for all common blast-media, mobile version, with one axis, two solid rubber wheels and a frame to relocate the system. The top side of the pressure pot works as a filling sinkhole, automatic filling valve, closable inspection plate, blast media volume adjustment-unit, Pipes R 1 ¼”, Pressured-air stop valve, Pressured-air entry-coupling, air-taking device for protective hood, tank coupling R 1 ¼” to connect blast hose.