Sealing technology - Import export

GAT is a manufacturer and supplier of highly advanced Rotary Unions and Slip Rings. Further to an extensive range of standard products, we also provide individual solutions as your competent partner. We offer single-and multiple-channel Rotary Unions. Different media can be transferred at the same time. Combined units comprising Slip Rings are also available and can be realized as compact units. Our Rotary Unions are based on sealing technologies that have proven their worth for decades. We carefully select the optimal solution to meet your individual requirements.

More hygiene for your process vessel weighing. The innovative weighing module is the solution for hygienic applications - designed by EHEDG guidelines. Preassembled weighing module, including load cell, integrated constrainer and lift-off protection, saving installation time Integrated jack-up function to quickly lift the vessel without hydraulic lifters Sophisticated sealing technology ensures an optimum hygienic design EHEDG-certified product

Self-Compensating, Piston Tube Technology Energy capacity 155 Nm/cycle Stroke 23.2 mm True performers: The combination the proven sealing technology from the MAGNUM series including membrane accumulator with the well-known piston tube technology from the SC² family makes the SC33 to 45 absorber models so strong and durable. The increase of the oil volume ensures the maximum braking forces. Short stroke lengths of 25 to 50 mm lead to shorter braking times in combination with a high energy absorption. These dampers safely and reliably decelerate rotary movements without unwanted recoil effects. Assembly close to the pivot point is possible. The low impact speeds with this are managed with ease by ACE's generation of piston tubes.

Adjustable Energy capacity 170 Nm/cycle Stroke 23.2 mm Adjustable and unique: These industrial shock absorbers from ACE, which can be precisely adjusted both at the front and rear, also contribute towards the success of the MAGNUM series. Equipped with excellent sealing technology, an annealed guide bearing and integrated positive stop, they are robust and durable. These dampers absorb 50 % more energy than their predecessors but are built even more compactly. The larger range of effective loads also opens up various options in design and assembly. This makes the ML series especially suitable for effective loads of 300 kg to 500,000 kg. Where work is done with changing application data and wherever flexibility is required, they make the best option.

Adjustable Energy capacity 425 Nm/cycle Stroke 23.1 mm Adjustable and unique: These industrial shock absorbers from ACE, which can be precisely adjusted both at the front and rear, also contribute towards the success of the MAGNUM series. Equipped with excellent sealing technology, an annealed guide bearing and integrated positive stop, they are robust and durable. These dampers absorb 50 % more energy than their predecessors but are built even more compactly. The larger range of effective loads also opens up various options in design and assembly. This makes the ML series especially suitable for effective loads of 300 kg to 500,000 kg. Where work is done with changing application data and wherever flexibility is required, they make the best option.

Adjustable Energy capacity 1,135 Nm/cycle Stroke 23.2 mm Adjustable and unique: These industrial shock absorbers from ACE, which can be precisely adjusted both at the front and rear, also contribute towards the success of the MAGNUM series. Equipped with excellent sealing technology, an annealed guide bearing and integrated positive stop, they are robust and durable. These dampers absorb 50 % more energy than their predecessors but are built even more compactly. The larger range of effective loads also opens up various options in design and assembly. This makes the ML series especially suitable for effective loads of 300 kg to 500,000 kg. Where work is done with changing application data and wherever flexibility is required, they make the best option.

Self-Compensating, Piston Tube Technology Energy capacity 340 Nm/cycle Stroke 23.1 mm True performers: The combination the proven sealing technology from the MAGNUM series including membrane accumulator with the well-known piston tube technology from the SC² family makes the SC33 to 45 absorber models so strong and durable. The increase of the oil volume ensures the maximum braking forces. Short stroke lengths of 25 to 50 mm lead to shorter braking times in combination with a high energy absorption. These dampers safely and reliably decelerate rotary movements without unwanted recoil effects. Assembly close to the pivot point is possible. The low impact speeds with this are managed with ease by ACE's generation of piston tubes.

Self-Compensating Energy capacity 1,870 Nm/cycle Stroke 48.6 mm Further possibilities of use: Just like all MAGNUM types from the product family MC33 to MC64, the LT (low temperature) industrial shock absorbers are also made from one solid piece. They are characterised by the use of special seals and fluids. This means that these versions can even be used at extreme temperatures of -50 °C to +66 °C in order to safely and reliable damp masses and take away 100 % kinetic energy. There is no reason why these ready-to-install machine elements should not be used, even under the most unfavourable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range.

Self-Compensating Energy capacity 370 Nm/cycle Stroke 23.1 mm Further possibilities of use: Just like all MAGNUM types from the product family MC33 to MC64, the LT (low temperature) industrial shock absorbers are also made from one solid piece. They are characterised by the use of special seals and fluids. This means that these versions can even be used at extreme temperatures of -50 °C to +66 °C in order to safely and reliable damp masses and take away 100 % kinetic energy. There is no reason why these ready-to-install machine elements should not be used, even under the most unfavourable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range.

Self-Compensating Energy capacity 170 Nm/cycle Stroke 23.2 mm Further possibilities of use: Just like all MAGNUM types from the product family MC33 to MC64, the LT (low temperature) industrial shock absorbers are also made from one solid piece. They are characterised by the use of special seals and fluids. This means that these versions can even be used at extreme temperatures of -50 °C to +66 °C in order to safely and reliable damp masses and take away 100 % kinetic energy. There is no reason why these ready-to-install machine elements should not be used, even under the most unfavourable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range.

Self-Compensating Energy capacity 1,870 Nm/cycle Stroke 48.6 mm Further possibilities of use: Just like all MAGNUM types from the product family MC33 to MC64, the HT (high temperature) industrial shock absorbers are also made from one solid piece. They are characterised by the use of special seals and fluids. This means that these versions can even be used at extreme temperatures of 0 °C to 150 °C in order to safely and reliably damp masses and take away 100 % kinetic energy. There is no reason why these ready-to-install machine elements should not be used, even under the most unfavourable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range.

Self-Compensating Energy capacity 370 Nm/cycle Stroke 23.1 mm Further possibilities of use: Just like all MAGNUM types from the product family MC33 to MC64, the HT (high temperature) industrial shock absorbers are also made from one solid piece. They are characterised by the use of special seals and fluids. This means that these versions can even be used at extreme temperatures of 0 °C to 150 °C in order to safely and reliably damp masses and take away 100 % kinetic energy. There is no reason why these ready-to-install machine elements should not be used, even under the most unfavourable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range.

Self-Compensating Energy capacity 170 Nm/cycle Stroke 23.2 mm Further possibilities of use: Just like all MAGNUM types from the product family MC33 to MC64, the HT (high temperature) industrial shock absorbers are also made from one solid piece. They are characterised by the use of special seals and fluids. This means that these versions can even be used at extreme temperatures of 0 °C to 150 °C in order to safely and reliably damp masses and take away 100 % kinetic energy. There is no reason why these ready-to-install machine elements should not be used, even under the most unfavourable conditions. Additional benefits are their robust, innovative sealing technology, high energy absorption in a compact design, fixed positive stop and a wide damping range.

Self-Compensating, Stainless Steel Energy capacity 1,870 Nm/cycle Stroke 48.6 mm The latest damper technology in stainless steel: The self-compensating industrial shock absorbers MC33 to MC64 from the tried-and-tested and popular MAGNUM series is also available with all outer components made from stainless steel (material 1.4404). They are filled in the factory with special oil, which meets the permit conditions (NSF-H1) for the food industry. Just like the standard product family, the MAGNUM stainless steel models are distinguished by their robust, modern sealing technology, high energy absorption in a compact design, integrated positive stop and a wide damping range. Equipped with a PU head, they are available in thread sizes M33x1.5 to M64x2 with damping strokes up to 100 mm.

Self-Compensating, Stainless Steel Energy capacity 370 Nm/cycle Stroke 23.1 mm The latest damper technology in stainless steel: The self-compensating industrial shock absorbers MC33 to MC64 from the tried-and-tested and popular MAGNUM series is also available with all outer components made from stainless steel (material 1.4404). They are filled in the factory with special oil, which meets the permit conditions (NSF-H1) for the food industry. Just like the standard product family, the MAGNUM stainless steel models are distinguished by their robust, modern sealing technology, high energy absorption in a compact design, integrated positive stop and a wide damping range. Equipped with a PU head, they are available in thread sizes M33x1.5 to M64x2 with damping strokes up to 100 mm.

Self-Compensating, Stainless Steel Energy capacity 170 Nm/cycle Stroke 23.2 mm The latest damper technology in stainless steel: The self-compensating industrial shock absorbers MC33 to MC64 from the tried-and-tested and popular MAGNUM series is also available with all outer components made from stainless steel (material 1.4404). They are filled in the factory with special oil, which meets the permit conditions (NSF-H1) for the food industry. Just like the standard product family, the MAGNUM stainless steel models are distinguished by their robust, modern sealing technology, high energy absorption in a compact design, integrated positive stop and a wide damping range. Equipped with a PU head, they are available in thread sizes M33x1.5 to M64x2 with damping strokes up to 100 mm.

Self-Compensating Energy capacity 1,870 Nm/cycle Stroke 48.6 mm The latest damper technology: The combination of the latest sealing technology, annealed guide bearing and integrated positiv stop make these self-compensating shock absorbers from ACE'S MAGNUM range so successful. After all, users benefit from the longer service life of the products, even in the most difficult environments. A continuous outer thread and extensive accessories make their contribution to the success story of the MC33 to MC64. High energy absorption in a compact design and a wide damping range lead to huge advantages in practice. Alongside generally more compact designs, these small yet very powerful absorbers enable full use of the machine's performance.

Self-Compensating Energy capacity 370 Nm/cycle Stroke 23.1 mm The latest damper technology: The combination of the latest sealing technology, annealed guide bearing and integrated positiv stop make these self-compensating shock absorbers from ACE'S MAGNUM range so successful. After all, users benefit from the longer service life of the products, even in the most difficult environments. A continuous outer thread and extensive accessories make their contribution to the success story of the MC33 to MC64. High energy absorption in a compact design and a wide damping range lead to huge advantages in practice. Alongside generally more compact designs, these small yet very powerful absorbers enable full use of the machine's performance.

High temperature resistance - the special feature of the inductive proximity switches of this product family. The EGE high temperature proximity switches are based on the conventional inductive principle and switch when a metallic object moves close. Sensors are available for the most varied applications. Compact sensors up to 160°C, initiators with replaceable heads and remote electronics for applications in areas up to 250°C hot, large switching distances, solid metal sensors, initiators with analogue output and external analysis unit - these represent only a brief sample of this programme. Special sealing technology, materials and design result in high resistance and service life and thus high plant availability.

The GEMÜ F40 2/2-way filling valve is designed for filling processes in aseptic and hygienic areas of application. Flow rates up to 6,600 l/h are possible depending on the version. The sealing concept of the valve is based on the GEMÜ PD design, whereby the actuator is hermetically separated from the medium. All actuator parts (except seals) are made from stainless steel. The filling valve is available in pneumatic design F40 (and electrical design F60). The pneumatic version is available with Normally closed and Normally open control functions. —Hermetic separation between medium and actuator due to PD sealing technology — High switching cycles (over 10 million) — No "lift effect" thanks to using the GEMÜ PD design — Customised block construction possible — Designed according to Hygienic Design guidelines — Compact design — High Kv value — CIP/SIP capable and autoclave-capable

The eurolaser laser cutting machine M-1200 for foils and membrane switches is a compact model with a processing area of 1,230 x 1,330 mm (48.4" x 52.3"). Just like all eurolaser laser cutting machines the sealed-off laser technology in connection with exchangeable modular assembly groups reduces the lifecycle costs to a minimum. An investment which pays off!

The eurolaser laser cutting machine M-1200 for textiles is a compact model with a processing area of 1,230 x 1,330 mm (48.4" x 52.3"). Just like all eurolaser laser cutting machines the sealed-off laser technology in connection with exchangeable modular assembly groups reduces the lifecycle costs to a minimum. An investment which pays off!

The eurolaser laser cutting machine M-1200 for wood is a compact model with a processing area of 1,330 mm x 1,230 mm (52.3" x 48.4"). Just like all eurolaser laser cutting machines the sealed-off laser technology in connection with exchangeable modular assembly groups reduces the lifecycle costs to a minimum. An investment which pays off!

The eurolaser laser cutting machine M-1200 for acrylic glass is a compact model with a processing area of 1,330 mm x 1,230 mm (52.3" x 48.4"). Just like all eurolaser laser cutting machines the sealed-off laser technology in connection with exchangeable modular assembly groups reduces the lifecycle costs to a minimum. An investment which pays off! The requirement-focused modular design enables eurolaser laser systems to be specially configured to suit every requirement and at the same time provides the necessary flexibility. The system design is focused mainly on requirements that are generated from later use.

The eurolaser laser cutting machine M-1200 is a compact model with a processing area of 1,330 x 1,230 mm (52.3" x 48.4"). Just like all eurolaser laser cutting machines the sealed-off laser technology in connection with exchangeable modular assembly groups reduces the lifecycle costs to a minimum. An investment which pays off! The modular design enables eurolaser systems to be specially configured to suit every requirement. We analyze your requirements and configure the laser system individually for you. The usage of eurolaser laser machines enables you to process a wide range of materials, such as cutting of plastics, foams, textiles, adhesive foils, wood, acrylic, composite materials and much more. We are pleased to run a cutting test in our Application Center by using your individual material. Subsequently, you will receive a detailed test report in order to identify how your material was cut and engraved with our laser machines.

Our gasketed plate heat exchangers combine passion, scientific curiosity and technological expertise. The facts: High efficiency at low operating costs, versatile application possibilities with lower investment costs and maximum flexibility. Our efforts to continuously develop the gasketed plate heat exchanger-series further are aimed at meeting your thermodynamic and hydraulic performance needs and to ensure maximum economic efficiency. Our wide range of plate corrugations, connection sizes, materials, plate lengths and widths enable an ideal configuration according to your exact requirements. Additionally, our gasketed plate heat exchangers come with a maintenance-friendly assembly and sealing technology, ensuring low service and maintenance costs.

Braid of Flexible Expanded Natural Graphite Tape Reinforced with Inconel Wire Practical useful application data: max. temperature in oxidizing atmosphere: +400 °C Characteristics Universal use valve packing Expanded graphite of higher quality Coefficient of expansion similar to steel For valve applications rings should be approx. 20 - 25 % compressed at installation Precompressed rings are recommended Operating range Pressure [p max]: 300 bar Temperature: t = -200… +550 °C pH: 0 - 14 Density: 1.20 g/cm³ Practical useful application data: max. temperature in oxidizing atmosphere: +400 °C Main application Valves Fittings Gate valves Flaps Plunger Door and lid seals Suitable for Power plant technology Petrochemical plants Boiler houses High pressure- and high temperature applications For higher pressure and temperature applications use suitable bullrings. Form of delivery This packing can be manufactured from 3 to 40 mm square as well as in intermediate, inch sizes and special...

Braid of Flexible Expanded Natural Graphite Tape Practical useful application data: max. temperature in oxidizing atmosphere: +400 °C Characteristics Universal use in pumps and valves Very good dry-running characteristics No wear, perfect thermal conductivity High quality pure graphite Coefficient of thermal expansion similar to steel Rings should be approx. 20 - 25 % compressed during assembly Recommended as die formed rings Operating range Pressure [p max]: 20 bar, Velocity [v max]: 20 m/s Pressure [p max]: 300 bar Temperature: t = -200… +550 °C pH: 0 - 14 Density: 1.15 g/cm³ Practical useful application data: max. temperature in oxidizing atmosphere: +400 °C Main application Valves Fittings Gate valves Flaps Door and lid seals Suitable for Power plant technology Boiler houses Petrochemical plants High pressure- and high temperature applications For higher pressure and temperature applications use suitable bullrings. Form of delivery This packing can be manufactured from 3...

Braided from Expanded Graphite Tape Reinforced with Inconel Matrix and special PTFE impregnation Characteristics No slip stick effect High cross section density High temperature resistant to minimize emissions Non hardening, good reset capability Coefficient of thermal expansion similar to steel Easy to cut, install and disassemble Low coefficient of friction minimizes the adjustment force in valves Recommended as die formed rings For valve applications rings should be approx. 25 - 30 % compressed at installation Operating range Pressure [p max]: 300 bar Temperature: t = -200… +300 °C pH: 0 - 14 Density: 1.35 g/cm³ Main application Valves Fittings Gate valves Flaps Door and lid seals Suitable for Power plant technology Boiler houses High pressure applications Approvals ISO 15848-1 CC1 TA Luft 300 / VDI 2440 Form of delivery This packing can be manufactured from 4 to 40 mm square as well as in intermediate, inch sizes and special measurements. 04 - 09 mm on 1 kg spool 10 -...