Process valves - Import export

We manufacture rough or fully machined cage and seat for pressure control valves & control valves in : • Austenitic stainless steel Alloys (CF8M, CF3M…) • Aluminium-Bronze (UNS C95500…) • Duplex and Super Duplex (CD4MCu, CD3MN…) • Nickel-based and high-alloys (CW-6MC, CU5MCuC, M-35-1 CW-12MW…) • Martensitic alloys (CA15, CA6NM…) • Other materials on request

These are the accessories used in Hydraulic valve assembly.

• 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

 Standard turning valves  combined in a T-joint  • from Ø 100 mm  to Ø 1000 mm     • designed and produced according to customer specifications                                         

Standard turning valve      • from Ø 100 mm to Ø 1200 mm      • variable length       • designed and produced according to customer specifications, the flanges         as well

• THERMO-DK 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 steal alloys to make our THERMO-DK valves. Our      standard working materials are 1.4301, 1.4541 and 1.4571.  • THERMO-DK valves are controlled manually, electrically or pneumatically.       All brands can be used for the drive.  • THERMO-DK valves are metallically sealed and function without     any additional sealing materials.  • The leakage rate is less than 1 % (based on the cross-section).     THERMO-DK valves 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-DK valves are not prone to malfunctions.

Sealing lubrication of sliding surfaces, e.g. ground-in parts such as taper plugs, dosing plungers, valves, beer taps etc. Maintenance lubrication of plastic and rubber parts, as well as stuffing boxes, lip seals and O-rings Rolling and friction bearing lubrication in slow-running areas, toothing or chains on filling and packaging machines, stirring and grinding mechanisms etc. Advantages and benefits Highly effective due to proven lubricant formula Fulfils most demanding hygienic requirements. Reduced maintenance and lubricant costs due to possible long-term lubrication Resistant to hot and cold water, water vapour, wateryalkaline and acidic disinfectants and cleaning agents Neither hard residues result, nor is there a tendency to soften or drip due to pasteurisation or sterilization Odour and taste-free, and does not affect the properties of beer foam Toxicologically harmless as defined in German LFGB

Compact valve manifolds with low piping effort, reduced maintenance time and minimize investment costs. A connection system well known from the field of hydraulics and adapted to the respective application, allows for the intelligent combination of several valves in a customerspecific manifold. All necessary connections between the individual process valves are integrated in the manifold.

The GEMÜ 1434 µPos is a digital electro-pneumatic positioner for the control of pneumatically operated process valves. The solid compact housing has a transparent cover. LEDs for status indication are integrated. Pneumatic and electrical connections are in one mounting direction to save space and enable easy access. —No air consumption when idle —Simple mounting to various valve actuators —Simple commissioning due to automatic initialisation —Speed-AP function for fast mounting and initialisation —Simple operation, no settings necessary

The GEMÜ 1436 cPos is a digital electro-pneumatic positioner with optionally integrated process controller for the control of pneumatically operated process valves. When using the optional process controller the signals from a process sensor (e.g. flow, level, pressure, temperature) are detected and the media adjusted according to the specified set value. The positioner has a solid housing with protected operating buttons and a LC display. —Digital inputs (option) for variable function control for automation —Fieldbus interfaces e.g. Profibus DP, DeviceNet (option) —No air consumption when idle —Simple mounting to various valve actuators —Access rights via different user levels

The GEMÜ 549 2/2-way angle seat globe valve has a hollow shaft actuator and is electrically operated. The eSyDrive hollow shaft actuator can be operated as an OPEN/CLOSE actuator or as an actuator with integrated positioner or process controller. The valve spindle is sealed by a self-adjusting gland packing providing low maintenance and reliable valve spindle sealing even after a long service life. A wiper ring fitted in front of the gland packing protects the seal against contamination and damage. An integral optical and electrical position indicator is standard. — Linear or modified equal-percentage control characteristics — High flow rates — Force and speed are variably adjustable — Extensive diagnostic facilities — Operable via web interface eSy-Web — Integral optical position indicator and LED high visibility display — Standard gland packing suitable for vacuum up to 20 mbar (abs.)

The GEMÜ 539 2/2-way globe valve has a hollow shaft actuator and is electrically operated. The eSyDrive hollow shaft actuator can be operated as an OPEN/CLOSE actuator or as an actuator with integrated positioner or process controller. The valve spindle is sealed by a self-adjusting gland packing providing low maintenance and reliable valve spindle sealing even after a long service life. A wiper ring fitted in front of the gland packing protects the seal against contamination and damage. An integral optical and electrical position indicator is standard. — Linear or modified equal-percentage control characteristics — High flow rates — Force and speed are variably adjustable — Extensive diagnostic facilities — Operable via web interface eSy-Web — Integral optical position indicator and LED high visibility display — Standard gland packing suitable for vacuum up to 20 mbar (abs.)

Hydraulic station manufacturing refers to the process of designing, assembling, and producing hydraulic power units or stations. These units are essential components of hydraulic systems used in various industrial applications, including manufacturing, construction, agriculture, and more. Hydraulic stations provide the necessary power and pressure to drive hydraulic machinery, such as cylinders, motors, and valves. The manufacturing process of hydraulic stations involves several key steps: Design and Engineering: The process begins with the design and engineering of the hydraulic station. This includes specifying the required flow rate, pressure, and functionality based on the application's needs. Engineers create detailed schematics and plans for the hydraulic station. Component Selection: Manufacturers carefully select hydraulic components such as pumps, motors, reservoirs, valves, filters, and hoses based on the system's specifications. The chosen components should be durable.

The UniFill CO 2 / N 2O is an ergonomic filling system for a wide range of cylinders with weights up to 50 kilograms. Highlights Fill connection with quick connector or fast hand wheel Easy, precise and safe to operate Calibratable Many IT communication capabilities Optional printer and / or scanner Optional vacuum prior to filling Integrable pump control Legal for trade Technical Data Filling-Range: approx. 4 – 50 kg/ 9 – 110 lbs. fill weight Weighing range: 0-150kg/ 0-330lbs Scale division: 0-60kg - 20g, 60-150kg -50g Cylinders: up to Ø 300 x 1800 mm/ 11.8 x 70.9 in. Dimensions: approx. 600 x 600 x 1400 mm/ 24 x 24 x 55 in. Weight: approx. 100 kg/ 220 lbs. Weight Scales and Controls Digital, freely programmable SysTec IT 8000 industrial weighing terminal 999 storable cylinder type (PLU) Automatic filling process, manually operated solenoid relief valve Monitoring of fill weight, integrated tare weight control Enhanced software, i.e. topfilling (only the fill parameter must be set,

Using highly advanced gas filling Small and Medium Enterprises technology is no longer a privilege for large enterprises. Over the last 15 years Filltech developed, in its own research center in the heart of Germany, different standard filling solutions. Through this experience, Filltech has now developed UniFill Complete; a standard gas filling solution for small and medium enterprises, using highly advanced technology. UniFill Complete is a ready-to-use, standardized CO 2 und N 2O gas filling station with a wide filling range for cylinders between 4 and 50 kg. Highlights Easy, precise and safe operation Entry-level, low-cost solution Automatic filling process with bypass valve Pumping set included Integrated pump control Legal for trade

Alloy 400 (UNS N04400) is a solid-solution Nickel/Copper alloy that can be hardened only by cold working. It has reasonable strength and toughness over a wide temperature range and excellent resistance to many corrosive environments. Alloy 400 is widely used in many fields, especially marine and chemical processing. Typical applications are valves and pumps; pump and propeller shafts; marine fixtures and fasteners; electrical and electronic components; springs; chemical processing equipment; gasoline and fresh water tanks; crude petroleum stills, process vessels and piping; boiler feedwater heaters and other heat exchangers; and deaerating heaters. Please note that we have a minimum order value of £10,000.

The Working Principle 1st Unit – Rotating Empty Container Feeder : The Unit automatically feeds the aerosol cans onto a conveyor, and the speed can be adjustable. 2nd Unit – Rotating Deodorant Filling – Crimping – Gassing Unit The Unit automatically fills the aerosol product into the cans, crimps their valves, and pumps gas into cans. Empty containers enter the rotating star system one by one to be filled automatically. After the filling process, the operator puts the valves manually on the already filled containers; then, the valves are crimped onto the containers. After the crimping process, the gassing starts. On the 1st gassing station, the container fills half of the container, and the remaining on the 2nd Unit. The reason for the two stations is to make the system faster. After the gassing process, the aerosol cans move on the conveyor until the end of the line to be picked up for boxing.

DIN43650 TYPE A connector for solenoid valves and electromagnets. Features up to 90% power reduction, regulated current, detecting plunger movement, protection against surge currents, etc... Ideal for pneumatic, process and hydraulic valves. Custom set parameters for best efficiency. Can be used to enhance battery life, increase switching speed, allow higher pressure or flow ratings