Vacuum heating - Import export

The Datapaq Vacuum Heat Treatment System from Fluke Process Instruments features the Datapaq TP6 data logger, choice of thermal barrier (TB45 or TB46), thermocouples and our intuitive Insight™ software to create a complete solution. The Furnace Tracker Systems that include the Datapaq TB45 series of thermal barriers can operate in temperatures up to 1050°C (1922°F) and the TB46 series can withstand temperatures of up to 1200°C (2192°F). Both are designed for use in vacuum and carburizing applications and can operate in pressures up to 20 Bar (290 PSi). Data Logger The Datapaq TP6 is the perfect solution for the most demanding high-temperature profiling applications with a 316-grade machined stainless-steel case and IP67 rating. Once combined with the Datapaq Insight™ or Datapaq Insight Furnace Surveying software you can display information from the data logger in real time via the optional Radio Frequency (RF) system or via standard USB/Bluetooth connections.

THE STANDARD IN GAS ANALYSIS Excellent Performance and Great Value for General Vacuum Applications As manufacturing technologies advance and quality standards change, the need to understand your process and maintain product quality is more important than ever. Transpector MPS can help you optimize your process by monitoring process conditions, detecting contaminants, and checking for leaks. Transpector MPS offers the robust performance of the Transpector brand of RGA at an excellent value for our customers. Transpector MPS is available in both 100 amu and 200 amu versions, which gives you the flexibility of performing a wide variety of functions including general leak detection, vacuum diagnostics, and hydrocarbon analysis. This versatility makes Transpector MPS the sensor of choice for vacuum furnace, heat treating, and vacuum coating applications. (1) at 10% of peak height (2) during an eight hour period, after a half hour warm up; in FC mode only (3) 256 millisecond dwell time

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints, only requiring 225 x 360 mm on the laboratory bench and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A 1 kW heater is optionally available with which the...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints, only requiring 225 x 360 mm on the laboratory bench and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A 1 kW heater is optionally available with which the...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints, only requiring 225 x 360 mm on the laboratory bench and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A 1 kW heater is optionally available with which the...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints, only requiring 225 x 360 mm on the laboratory bench and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A 1 kW heater is optionally available with which the...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A heater is optionally available with which the temperature range can be extended to +100°C. Minichillers are...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A heater is optionally available with which the temperature range can be extended to +100°C. Minichillers are...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A heater is optionally available with which the temperature range can be extended to +100°C. Minichillers are...

The compact Minichillers are an economic and environmentally friendly cooling solution for many laboratory applications. A calculation of water and waste water costs shows that a Minichiller can save up to 48,000 litres of water in a working week and due to its low procurement price, return on investment is achieved within a very short time. The units have small footprints and are therefore suitable for cooling reactor blocks, vacuum pumps, rotary evaporators or heat exchangers. Minichillers allow stable application conditions due to constant values for temperature, pressure and throughflow quantities. They are also perfect for continuous operation at ambient temperatures up to 40°C. Despite the economic purchase price the coolers are well equipped and have a large temperature indicator, fill level indicator, as well as status LEDs for the pump, cooling and heating. A heater is optionally available with which the temperature range can be extended to +100°C. Minichillers are...

universal usecooling, heating, clamping with bellows sealing Modular unit designcustomer taylered configuration, fast and economic cartridge fast change CDcartridgedesign sealingmaterial ceramics/graphite. For coking heat transfer oil with temperature higher than 230 °CVersion HT with diamondhard sealface and hightemperature graphitesealring solid grease ballbearingsmaintenance free no elastomerstherefore no temperature and chemical resistance problems no loose parts, f.e. springs robust and less influence of dirty media self supportingno additional support necessary available in stainless steel PRESSURE MAXIMUM 6,0 bar air heat transfer oil TEMPERATURE MAXIMUM 300 °C air heat transfer oil vacuum SPEED MAXIMUM 250 1/min DN 100 (4") 300 1/min DN 65 (2 1/2") DN 80 (3") 400 1/min DN 50 (2") SIZEDN 50 (2") DN 65 (2 1/2") DN 80 (3") DN 100 (4")

SEAMIAUTOMATIC SEALING DEVICE suitable for the sealing of all sorts of plastic and glass containers. 1. foil application device PolySeal Vario DIS (left hand side) electro-pneumatic stepless pressure regulation stepless manual height adjustment with height scale foil dispensing with 2 spot pre-sealing removable pre-sealing plates heat protection shield vacuum suction nozzle roller guide with running slide foil magazine for stackable pre-cut sealing lids VARIOTRONIC, control unit for the regulation of temperature, sealing time and pressure 2. sealing device PolySeal Vario PN (right hand side) electro-pneumatic stepless pressure regulation stepless manual height adjustment with height scale sealing head heating block, swingable, anodised aluminium hollowed out sealing die heat protection shield container holder VARIOTRONIC, control unit for the regulation of temperature, sealing time and pressure

DATAPAQ TP3 data logger * 10 or 20 thermocouple channels * Temperature range: -100 °C – 1370 °C/-148 °F – 2498 °F * Sample interval: 0.1 sec – 50 min without telemetry; 1 sec – 50 min with RF radio data transmission * Memory: 3.6 million data points * Robust stainless-steel machined case * High logger accuracy: ±0.3°C (±0.5°F) Comprehensive thermal barrier range for * Heat treatment and TUS * Vacuum carburizing and vacuum heat treatment * Aluminum solution treatment and age hardening * Steel slab and billet reheat * Controlled atmosphere brazing * Aluminium vacuum brazing Specialized software for TUS applications is trusted by hundreds of our customers to meet the stringent requirements of AMS2750E and CQI-9 certifications. Fluke Process Instruments offers a wide variety of PTFE, glass fiber or mineral insulated thermocouples to withstand harsh environments and high temperatures, conforming to the highest standards and providing the most accurate data possible.

Ideal for high quantities In vacuum laminating, plastic films such as TPO, TEPEO2 ® and PVC are heated and vacuumed to plastic substrate components, resulting in lamination. The adhesive applied to the substrate or decor material is activated, causing the two parts to bond. Vacuum laminating's special feature is that is can be combined with IMG (In-Mold Graining) in a single process. FRIMO offers this innovative and attractive technology with extensive market references.

Our modular control packages are customized to significantly improve your vacuum heat treat operations, meet industry standards requirements and ultimately provide you with precise and reliable process control. We offer compact, fully automatic modules for new installations or retrofits. Each solution consists of a cost-effective module or combination of modules delivered with state-of-the-art equipment and backed by our extensive technological expertise. Vacuum Control Solution is supplied with a PROTHERM programmable controller and optional multiple load thermocouple inputs for soak guarantees. Interfaces to popular vacuum gauges. FEATURES • Full compliance with AMS 2750, CQI-9, NFPA 86-C, NADCAP* • Expanded recipe control including automatic leak test cycles • Guaranteed soaks based on multiple work thermocouples • Recipe control of partial pressure setpoints, guaranteed soak, ramp rates, events and quench gas selection • Built-in uniformity survey capability • Temperature...

Series CCD (100 - 20,000 liters) The Cylindro Conical Dryer CCD with a central shaft agitator was developed to be used both as a dryer (e.g. for filter cake) and also an evaporator when products have to pass a critical phase change from fully liquid to final bulk solid. The robust mixing element is showing its effective performance also during liquid and high viscous pasty phase to finally achieve the desired solid phase. As a dryer it is designed with a vacuum-/pressure rated vessel, heating jacket and integrated dust filter. Like for the CCM (Cylindro Conical Mixer) also the CCD offers a big advantage with a compact and space saving design. Special properties for the customer’s benefit: Short drying times because all product of the batch is permanently in motion thanks to a heated helix agitator (optional) Uniform heat distribution during the process without cold spots Variable speed of the helix agitator for optimum product quality Useful working volume from 15% to 80% of the...

Heat Treatment furnaces MOV are ideal for the treatment of sophisticated materials if high temperatures and an absolutely clean hydro-carbon free atmosphere are required. Due to the ultrahigh vacuum atmosphere as well as the extreme temperature homogeneity and the fully automatic process the furnaces are especially suitable for the economic application in industrial and medical productions, i.e. for brazing of vacuum interruptors, parts of x ray tubes, heat exchangers, parts used in the medical and aerospace industry. Applications: MOV furnaces are universally applicable if heat treatment with particularly high requirements in respect of cleanliness for exacting materials is involved, for example: • Degassing of electric or radiation tube components • Bright- and stress-free annealing of high-temperature alloys • Sintering of high-melting and heavy metals such as tungsten • Production of high-quality fluxless braze joinings of steels, steel-ceramics and many other materials.

Inductively heated vacuum heat treatment furnaces with high operating temperatures specially for the manufacture of hard materials. Standardized components for a broad application spectrum and useful space volumes from 34 to 338 litres. Applications: IOV furnaces are used for all high temperature processes and serve for sintering and heat treatment processes such as degassification, graphitizing, destillation, impregnating, infiltration, reducing and carburization. Benefits for users: An extremely robust type of system, especially appropriate for processes where dust incidence or high temperatures are involved.

High-vacuum heat-treatment furnaces with integrated pressing unit and power-regulated resistance heater elements (Hot Press). Used for diffusion bonding and forming processes under high vacuum conditions as well universal use for thermal treatments and processes where particularly demanding requirements and sophisticated materials are involved.

Plate heat exchangers are a part of the wort cooling in the beer production process. Made of stainless steel. The heat exchangers are vacuum-hard wired. They must be made of stainless steel plates and copper solder, which are looking at stainless steel.

KET energy-efficient dryer with heat pump and buffer 20 m³ - 60 m³ stacking space The KET has an energy-saving heating system. The heat pump is the heart of the plant, it heats and cools. The cooling system condenses the moisture escaping from the wood and uses the heat this produced to heat the system. The system is supplemented by a buffer which makes use of the stored heat to heat up the vacuum dryer. Increases energy efficiency by 25 % Surplus energy from drying is used for heating The heat pump is used in the heating up phase for heating and demoisturizing No water connection required No heating connection required Areas of application: Sawmills, lumber and hardwood trade, wood industry