Heating furnaces - Import export

Since decades, Reinhardt ovens “Made in Germany” are working day by day all over the world and are estimated by their reliability and long life time. Adapted to your requirements, a Reinhardt oven delivers the best results that are completely designed to your production process. In the temperature range up to 650° Celsius Reinhardt offers the best solutions for almost all requirements, for heating, tempering, drying, hardening, etc. all designed to your space conditions. All heating technologies, from electrical, direct or indirect gas, oil can be applied. Together with the customer, the Reinhardt industrial ovens are integrated into the production flow. In a classical batch oven, hood oven or pass through oven all thermal processes can be applied with the highest accuracy. Requirements such as lifting doors, charging carrier, transport and handling systems can be easily applied.

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 Datapaq Furnace Tracker for Metals Heat Treating from Fluke Process Instruments features the Datapaq TP6 data logger, choice of thermal barrier (Datapaq TB40 or TB49), thermocouples and our intuitive Datapaq Insight™ Software to create a complete solution. Furnace Tracker Systems that include thermal barriers from the Datapaq TB40 Series are designed for use in conveyorized or batch furnaces, operated up to 800°C (1472°F). For processes at higher temperatures, the Datapaq TB49 Series features floating plate technology and more exotic materials, which enable use up to 1050°C (1922°F). 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™ 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 Datapaq Furnace Tracker Temperature Uniformity Survey (TUS) System from Fluke Process Instruments features the choice of data logger (TP6 or XDL12), choice of thermal barrier (TB45 or TB46), thermocouples and our intuitive Temperature Uniformity Survey (TUS) Insight™ Software package to perform accurate in-process product thermal profiling while verifying conformity to all required specifications, including the AMS2750 standard. Data Loggers 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. Available in 10 and 20 channel configurations and two case styles Water resistant (IP67 rated) Communication via USB or Bluetooth

The Datapaq Furnace Tracker Specialty Profiling Systems from Fluke Process Instruments features the Datapaq TP6 and Datapaq DP5 data loggers, hundreds of application specific thermal barriers, thermocouples and our intuitive Datapaq Insight™ Software to create a complete solution. These specialty systems enable through-process temperature profiles to be obtained in processes where long trailing thermocouples are not an option. Each thermal barrier is designed with a specific application in mind to provide the optimum solution for your process. If our current offerings of specialty systems do not meet your requirements, the engineering team at Fluke Process Instruments will design a custom thermal profiling solution. For more information, visit our customized profiling systems page. Data loggers 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

Short description: Hochtemperaturbeständig High-temperature-resistant and strong silicone adhesive and sealant. Especially suited for heat-loaded, elastic adhesive bonding and sealing. Very good adhesion on steel, aluminium, glass, ceramic and many other materials. Applications: Industrial furnaces, Flue gas boxes, Heating facilities, Exhaust pipes and Heating cabinets and furnaces. The outstanding product properties (e.g. permanent elasticity) are maintained in the entire temperature range from -60°C to +300°C. Properties: High temperature resistance up to +300°C, Very good UV stability, Excellent resistance to weathering and aging, Good chemical resistance, Elongation to break approx. 500% and Colour: red.

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 ThermoView TV30 thermal imaging camera provides a rich feature set of automation and control capabilities along with the expected durability to meet the demanding industrial applications that FPI product need to survive in. TV30 can interface directly to factory automation equipment, 3rd party software such as Labview, or Fluke Process Instruments ThermoView software. By incorporating a built-in I/O for automation applications in a small foot print, you can expand your field of view by providing continuous infrared images, recording, and actionable analytics right at your fingertips. To meet the factory automation needs of today, TV30 cameras utilize edge technology to provide analytics calculations and on board I/O, multiple fieldbus protocol capabilities to interface to a variety of factory automation equipment, along with high-speed GigE vision capability for the most demanding applications.

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. Its robust software options also allow you to read information from the data logger in real-time with the optional Radio Frequency (RF) system and USB/Bluetooth connection options. • Available in 10 and 20 channel configurations and two case styles • Water resistant (IP67 rated) • ATEX certified version available, allowing for safe operation in Zone II classified areas • Communication via USB or Bluetooth • Real time telemetry via USB, RF telemetry and Bluetooth* • Alkaline, NiMH and Lithium battery options • Compatible with the Datapaq Insight™ for mobile application

For temperatures up to 450 °C. High-temperature furnaces Tempering furnace for car chassis stabilisers Previously cold-formed workpieces, e.g. stabilisers, are heated up in the tempering furnace at circulating air temperatures of up to 450°C and maintained at this temperature for an adjustable dwell time. This tempering increases toughness and dissipates residual stresses. Preheating furnace for frying pans and roasting tins Pan blanks are heated up to a temperature of approx. 390 °C and burnt free of all grease and oil residues. Enamelling furnace for frying pans and roasting tins The PTFE coating sprayed beforehand onto the frying pans is baked on at a temperature of approx. 450 °C. PTFE is used as a non-stick coating for frying pans and cooking pots on account of its low surface tension and good heat resistance. Chamber enamelling furnace for aluminium sheet metal forms Baking on of the single or multi-layer PTFE coatings at approx. 450 °C.

The advanced EndoFlex™ endothermic gas generator combines the patented EndoInjector™ fuel injection generator control system with the high-efficiency ReactionCore™ technology to lower operation and maintenance costs associated with producing high quality endothermic gas for your heat treatment furnaces. The generator is equipped with the latest sensors to monitor dew point, unreacted methane, and energy consumption. The touchscreen interface provides easy access to review generator operations, and the integrated paperless chart recorder tracks generator performance to meet production auditing requirements. ReactionCore™ technology is a proprietary generator design that replaces a single large retort with several smaller centrifugally-cast retorts to significantly increase the surface area, improve the heating efficiency of the reaction chamber, and reduce the heating energy required for the production of endothermic gas. In addition, the smaller retort design significantly...

The Oxyfire™ in-situ oxygen sensor measures oxygen concentrations directly in the "high heat" zones of high temperature furnaces, boilers and incinerators. They are intrinsically safe, requiring no electrical input power, and generating only a low millivolt output. FEATURES • Available in a number of standard lengths up to 48" (1200 mm) • Field performance can be easily verified using integral verification gas port • Intrinsically Safe per EN50 014 (1977) clause 1.3 • Temperature Range: 1000°F (min) to 3000°F (max) / 538°C (min) to 1649°C (max) • Robust design eliminates "auxiliary sheaths" required on lower quality products • Single side connections ensure cables are safely away from the hot furnace wall • Proven track record: used in more furnaces, boilers and incinerators than all other high-temp probes combined • No drift or accuracy problems common to "side hole" probes • High quality construction eliminates the need for cooling air • Proprietary installation configuration...

The SmartMeth™ control system is a fully automated nitrogen methanol mixing system for heat treating furnace atmosphere production. The SmartMeth™ utilizes the latest in precision differential pressure flow measurement and touch screen controller design. This first of its kind system with built-in flow rate calculation automatically sets the nitrogen and methanol flow rates based on a desired %CO furnace concentration. FEATURES & BENEFITS • Automatic flow set point calculation - calculates the required nitrogen and methanol flow rates to maintain a desired %CO at the required volume • Customizable recipe software • Optional integrated carbon and temperature control • Automatic atmosphere recovery provides additional synthetic gas flow on demand, when introducing a new load into the furnace • Integrated paperless chart recorder stores furnace temperature, %carbon, and synthetic gas flow furnace details • Completely assembled and tested to NFPA 86 safety guidelines

Your benefits Can be mounted on the pressure or suction side of a pump Space-saving installation, because no straight inlet/outlet sections are required Flexible mounting of the meter in horizontal, vertical or inclined positions Accurate measurement result, since the reading is independent of the temperature and viscosity of the fluid Minimum failure costs due to simple function monitoring, rapid fault analysis and the possibility of simple repairs on site Areas of application To measure heating fuel consumption by oil burners (for example, in heating boilers, industrial furnaces, tar processing plants) Consumption monitoring and optimisation (ships, generators and vehicles) Flow measurement for mineral oils Optional remote processing and integration into superior systems Fuel types Fluids according to ISO 8217-2012 Heating fuel extra light/light

Your benefits Mass flow measurement Integrated temperature sensor Simple burner setting with flow rate display Simple consumption monitoring with limiting value switch Qmin/Qmax Manual dosing feature, with a resettable counter be mounted on the pressure or suction side of a pump Space-saving installation, because no straight inlet/outlet sections are required Flexible mounting of the meter in horizontal, vertical or inclined positions Accurate measurement result, since the reading is independent of the temperature and viscosity of the fluid Minimum failure costs due to simple function monitoring, rapid fault analysis and the possibility of simple repairs on site Areas of application To measure heating fuel consumption by oil burners (for example, in heating boilers, industrial furnaces, tar processing plants) Consumption monitoring and optimisation (ships, generators and large vehicles, etc.) Flow measurement for mineral oils Optional remote processing and integration into...

The SSH is a standardized vacuum-pressure sintering furnace for economic production of hardmetal (cemented carbide) parts. It combines the universal application of dewaxing (debinding), vacuum-sintering and isostatic pressing up to 60 bar overpressure in one process. Based on PVA TePla's leadership in production of Sinter HIP furnaces for hardmetal applications, the SSH furnace gives you a most affordable and economic access to this leading technology. Applications: Dewaxing (Debinding), vacuum-sintering, isostatic pressing Customer Benefits: • High product quality by excellent temperature homogeneity • Elaborated safety system for reliable and full-automatic operation • Short dewaxing and cooling times • Short installation and ramp-up times, all pre-tests and qualifications done at PVA site • Proven design and performance • Short delivery time due to pre-production • High cost effectiveness • High energy efficiency • Low gas consumption

Plasma heat treatment, especially pulse plasma nitriding and pulse plasma nitrocarburizing is used for surface treatment of work pieces for protection against wear. For the treatment by plasma, the parts have to be placed in a vacuum vessel and are electrically insulated from the case. At a pressure of 50 - 500 Pa, a pulsed electrical D.C. voltage of several hundred volts is used between work piece and vessel, whereby the workload is switched cathodically. The ionizing of the remaining gas in the vessel results in a glow discharge. The electrical, positive ions are moving towards the work piece and impact with high kinetic energy. During this process at the surface the following happens: • sputtering, cleaning and activation of the surface • heating of the work piece by absorption of kinetic energy of ions • reactions of highly active ions with elements in basic work material • diffusion of elements -which are to be found in gas- into the work piece

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.

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.

OV heat treatment furnaces are high performance most efficient furnaces with a wide working-temperature and application range. Due to the compatibility with all kind of process gases and the fully automatic process runs they are especially suitable for the economic application in industrial productions for example to produce hard metals or the cleaning and purification of graphite. Applications: • operating temperatures up to 1.100 °C: heat treatment, brazing, reduction, degassing and debinding • operating temperatures up to 1.350 °C: heat treatment, brazing, degassing, debinding and sintering • operating temperatures up to 1.600 °C: debinding and sintering of hard metals • operating temperatures up to 1.800 °C: sintering of non-oxydic ceramics • operating temperatures up to 2.000°C: CVD- and pyrolytic processes, degassing, cleaning, sintering • operating temperatures up to 2.400 °C: CVD-processes, degassing, cleaning • operating temperatures above 2.

Oxygen combination sensor with built-in Type S thermocouple and holding tube connection. The standard dimensions are connectors with 22 x 150mm or 27 x 150mm in stock. The sensor is not heated. Minimum operating temperature is 500°C Configuration: Connection head form A with M20x1,5 cable gland Pressure range: Ambient to max 2 bar pressure Fitting: Thread G3/4" DIN 228 Thermocouple: 1 x Type 01 - S PtRh(10%) - Pt DIN EN 60584-1, Class 1 Protection tube: Ø 17mm Protection tube material: 99,7% Al2O3 SAT tube: 1 Nominal length: 27.559 in ( 700 mm ) Weight: 2.425 lbs ( 1.1000 kg ) ECCN: N AL: N Commodity code: 90258080 Including : - Certificate of calibration in accordance to DIN EN 60584-1 with correction values from 150°C to 1320°C in 140°C steps. - Certificate of conformity including production data and Helium leak test results. - 4 years warranty against drift and thermocouple wire defects provided the ceramic tubes are not damaged.

Oxygen combination sensor with built-in type S thermocouple and threaded connection. Applications (examples): The sensor is used, for example, in carburizing plants to control the C-level, in forging furnaces to control the air supply of the gas burners, or in the atmosphere of crematoria. The sensor is not heated. Therefore, a minimum operating temperature of 500 ° C is required. Material Order: Assembly: Connection head form A with M20x1.5 cable gland Pressure range: Ambient pressure up to 2 bar Temperature range: 520 ° C to 1300 ° C Connection: thread G3 / 4 "DIN 228 / thread G1" DIN 228 Thermocouple: 1 x Type S PtRh (10%) - Pt DIN EN 60584-1, Class 1 Protection tube: Ø 17mm Thermowell material: 99.7% Al2O3 Continuous zirconia tube as electrolyte Reference air connection: Ø 6,0 nozzle max 10 liters / hour Purge air connection: Ø 6,0 nozzle max 200 liters / hour Gas electrode: spiral / helix platinum wire Air electrode: spiral platinum wire