High-pressure boilers - Import export

The UT-H is suitable for processes in high temperature and pressure ranges. The boiler can also convert to climate-neutral fuels which makes it a future-proof solution. — Very high efficiency values for low running costs — Versatile operation for the manufacturing industry and district heating grids with temperature levels up to 225 °C — Customer-specific design and future-proof technology — User-specific control which offers integration of other control systems and remote monitoring — Custom designs for heat recovery and hybrid boilers — Proven and reliable construction Made in Germany — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

The various output sizes and temperature ranges up to 190 °C of the UT-M enable flexible operation for countless process heat and heating applications. — Efficient heat and process heat for low running costs and emissions — Compact design for easy positioning and quick heating — Flexible use for industrial, commercial and district heating applications with temperatures up to 190 °C — Project-specific control solutions and optional real-time monitoring — Complete system from a single source, low-emission or CO2-neutral customer-specific operation possible — Proven and maintenance-friendly construction for a long service life and reliability — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

Two independent firing units and flue gas paths create a double control range for individual heat consumption. — Very high efficiency across all power ranges — Particularly suitable for highly fluctuating heat and process heat demand — Reliable solutions for heating plants and the manufacturing industry with temperature levels up to 225 °C — Heat supply for the future: Low-NOx or CO2-neutral operation possible — Complete system with intelligent control technology and protected remote connection — Proven and durable boiler technology Made in Germany — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

— Project-specific control system for optimum control of steam or hot water boilers — Maximum supply and operating reliability thanks to integrated monitoring and protection functions — Condition monitoring for consistently high system efficiency and availability of steam, hot water and heating boiler systems — Intuitive operation with graphical symbols and state-of-the-art touchscreen displays — SUC start-up, standby and shutdown system allows fully automatic high pressure steam boiler operation — Easy connection to higher-level visualisation and control systems as well as remote access via MEC Remote

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...

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 -...

Carbon Filament Yarn with High Temperature Graphite Blocking Agent Practical useful application data: max. temperature in oxidizing atmosphere: +400 °C Characteristics High temperature blocking agent increases the cross section density and acts as a form stable pressure bed for the Carbographite fiber Flexible, wear resistant and valve stem protecting Perfect for temperature cycling loads as the coefficient of thermal expansion corresponds to that of steel Excellent as bullring in use with rings of expanded graphite Operating range Pressure [p max]: 30 bar, Velocity [v max]: 15 m/s Pressure [p max]: 300 bar Temperature: t = -40… +550 °C pH: 2 - 12 Density: 1.15 g/cm³ Practical useful application data: max. temperature in oxidizing atmosphere: +400 °C Main application Valves Fittings Gate valves Flaps Suitable for Power plant technology Boiler houses High pressure- and high temperature applications Form of delivery This packing can be manufactured from 3 to 40 mm square as...

Graphite Filament yarn with High Temperature Graphite impregnation Practical useful application data: max. temperature in oxidizing atmosphere: +450 °C Characteristics Yarn of highest puricity >99 % C content Universally chemical resistant The addition of high temperature Graphite impregnation increases the cross section density and works as a stable pressure cushion for the graphite fiber Flexible, ressistant ot wear and surface protecting Excellent in temperature cycling, since graphite has a similar coefficient of expansion as steel Excellent as bullring for packing made of expanded graphite Operating range Pressure [p max]: 30 bar, Velocity [v max]: 15 m/s Pressure [p max]: 300 bar Temperature: t = -40… +600 °C pH: 1 - 14 Density: 1.00 g/cm³ Practical useful application data: max. temperature in oxidizing atmosphere: +450 °C Main application Valves Fittings Gate valves Flaps Suitable for Power plant technology Boiler houses High pressure- and high temperature...

Autofrettage is a method for increasing fatigue strength of components for use at high and pulsating pressures. In short, Autofrettage compresses a container’s inner surface, making better use of the material’s structural properties. The process can reduce fatigue concerns in pulsating applications and lets engineers reduce tubing thickness in high-pressure applications without sacrificing strength, life, or safety. The autofrettage method is based on the reciprocal relationship of the plasticized inner zone and the elastically deformed outer zone. The components are placed under so much pressure that their interiors become plastically deformed. After relaxing, pressure stresses are created in these areas, which prevent the outer areas from reforming to their original shape. Instead, it remains stretched. This prevents crack formation in the later application, increases the service life of

Performance in a small space Our compact K100-3 high-pressure three-plunger pump boasts impressive performance data: With only 15 kW of input power, it delivers a pressure of 2000 bar, making it one of the most powerful pumps in its size class. The K100-3 triplex plunger pump really comes into its own when it comes to water jetting for industrial high-pressure cleaning.

The KamJet is our solution for trouble-free extreme high pressure blasting on a mobile platform. The trailer mounted high pressure unit is powered by a 175kW Volvo diesel engine and produces pressures up to 3,000 bar for up to eight hours on a full tank of fuel. The KamJet mobile high-pressure unit with advanced control unit, optionally suitable for powering the Gekko system. Only high quality parts used - Our KamJet is a complete solution and comes mounted on a twin axle trailer that can travel at speeds of up to 100km/h. All parts and pipework on our units are made from stainless steel. Most importantly, it is equipped with a state of the art control system with touch screen or remote control that fully automatically controls the output pressure and speed. This makes it easy for the user to operate the machine and ensures uninterrupted operation. The KamJet can also be used with two users.

For special applications, individual high-pressure systems are required, which KAMAT can provide from the initial project idea to the turnkey installation, with 100% of the production taking place in-house. This also applies to electric high-pressure pumping units. Depending on the application, our customers can choose between different drives, power transmission components, PLC controls, measuring systems, data transmission, remote controls, pneumatic and electric valve controls, chassis and sound insulation equipment. Even the electrical units supplied on the base frame are fully operational and can be used directly by the customer. Electric units have the advantage of emission-free operation at extremely low noise levels. ATEX certified high pressure electric units can also be used in ATEX hazardous areas.

With a maximum drive power of 1000 kW, the K100000-5G high pressure pump is an extremely powerful pump. As a five-cylinder pump (quintuplex), it offers the possibility of pumping without inlet pressure in many applications. Its special five-cylinder design allows high flow rates without cavitation in the pump. Like its smaller counterpart, the K55000-5G, it is used for larger jetting or hydraulic applications. Special Features Flow rate based on 100% volumetric efficiency and 20°C ambient temperature Min. inlet pressure dependent on fluid Speed range 10-100% depending on rod force dynamically balanced gear Gear unit with forced lubrication and oil cooling gear ratios i = 3.40 - 4.10 - 4.69 - 5.19 - 6.03 Also available to API 674, including vertical operation Filtration up to 350 µm Special media such as seawater, glycol, methanol, oils etc. on request

customer-specific unit design incl. powerful high-pressure pump easy maintenance cavitation-free central drainage according to the latest global emission laws optionally fully automatic control own software with best support optional extreme sound absorption optionally all explosion protection classes

Versatile, turnkey diesel high-pressure pumping units Special applications require customised high-pressure systems, which KAMAT can provide from the initial project idea through to turnkey installation, with 100% of the manufacture taking place in-house. Depending on the application, our customers can choose from a range of drives, power transmission components, PLC controls, measuring systems, data transmission, remote controls, pneumatic and electric valve controls, chassis and sound insulation. However, the units are ready for use on the base frame on which they are delivered. KAMAT diesel-powered units are traditionally used in industrial cleaning and pressure testing, mining and water hydraulics, but special solutions for special fluids or to meet explosion protection requirements are also part of the KAMAT range. It makes no difference whether the customer requires a mobile or stationary unit.

Melt pump for building up pressure in the polymer process. The series is the result of a complete revision of the core components used. The BOOSTER-AT is available with flange connections according to EN1092-1 and ANSI B16.5. Thanks to the new gear wheel geometries, differential pressures of up to 320 bar are possible with selected pump sizes. The new design is rounded off by the usual variety of different material combinations. Advantages: Higher efficiency, therefore Less temperature input into the polymer Wider viscosity range possible Larger volume flow range possible Increased safety against shaft breakage in case of overload due to new design

The reliable booster pump for the polymer process. BOOSTER gear pumps from WITTE are used in the polymerisation process to increase the pressure of medium to high viscosity media. The hydraulically heated booster pump conveys very gently prepolymers and polymers, such as PET, PBT, PS, ABS and many others. Heating is by means of heat transfer oil or steam. The core components such as shafts and slide bearings come from the WITTE modular system. The booster pumps of the BOOSTER series are used wherever particularly high pressure is required for the process. High pressures are required for pelletising, fibre production or for spinning pumps, among others. The design of the BOOSTER booster pumps can be adapted to the needs of the plant and the customer's requirements.

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). Reducer

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). Coupling

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). End cap

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC).

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC).

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). Reducing coupling

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). Bend 45° F/F

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). Bend 45° M/F

In air conditioning and refrigeration technology, particularly in commercial and industrial refrigeration systems, environmentally friendly solutions are becoming more and more important. Optimum results are been obtained by an increase in efficiency and the use of ecologically safe refrigerants such as CO2 (R744), which are mainly used in the transcritical part with higher operating pressures. However, the use of CO2 leads to higher operating pressures potentially up to 130 bar. SANHA Ref HP fittings are specifically designed for such operating pressures. They are ideally suited for pipes in refrigeration systems with a maximum operating pressure of up to 130 bar (other pressures on request), a minimum temperature of -196 ° C and a maximum temperature of 150 °C for fluids in Group 2 according to European Pressure Equipment Directive (PED 97 / 23 / EC). SANHA RefHP Tee

Concrete pavers and slabs as well as natural stone pavers are cleaned with it down to the joints and appear fresh and clean again. Joints soiled by moss and sediments are also easily cleaned with the special spray cans. A particular advantage here is the integrated splash guard, thanks to which there is no nuisance to passers-by or pollution of the adjacent environment. Protective clothing and subsequent cleaning operations, which are unavoidable with conventional cleaning equipment, are no longer necessary with the Easyclean EC-60. With the four large wheels of the Easyclean EC-60, pushing is also particularly easy.