up to 1370°C (2498 °F), for 2 pieces of temperature sensor type K   Delivery includes protective cover, 2 pieces of sensors up to 250 °C, Sensors up to 1200°C available as accessories.   This thermometer allows to work with two sensors at the same time and reliably measure temperatures up to a maximum of 1370 °C. This means that the temperature in the oven and in the workpiece can be measured at the same time.   Technical data:   2 sensor slots for "Type K" sensor Measuring range: -200°C....1370°C, resolution: 0.1°C Accuracy: 0.1±0.4°C Various functions: temperature measurement, max./min., average value, hold function Display: LCD Operating temperature range: -10°C...50°C Dimensions approx. 158 x 75 x 41 mm Unit adjustable °C or °F or K 9V block battery with folding base for setting up

Infrared thermometer 1600°C (2912°F) up to 1600 °C (2912°F), rugged design, easy handling.   Delivery with protective bag   Technical specifications:   Measuring range: -50°C .... 1600°C, resolution: 0.1°C Accuracy: ± 2 °C Various functions: temperature measurement, Temperature alarm (max./min.), temperature (max./min.), average temperature, differential temperature Display: LCD, with background lighting Battery display in % Operating temperature range: 0°C...50°C Dimensions approx. 110 x 170 x 50 mm Automatic shutdown Unit can be set to °C or °F Emissivity adjustable 0.1-1.0 (suitable for different surfaces), delivery including emissivity table Measurement time: 0.5s 9V block battery (included)

  Measurement units: HRC, HB, HRB, HV, HSD, Mpa robust design, simple operation   Delivery incl. protective bag, hardness test block, test sensor type D   This mobile hardness tester enables fast and reliable hardness testing of various materials and components. Ideal for testing blades, hammers, anvils and other components. It is very easy to use and the automatic detection of different sensors leaves little room for error.   Technical specifications: Measurement units: HB, HRB, HRC, HV, HSD, Mpa automatic scale conversion Accuracy: ±6 HLD Measurements up to approx. 69 HRC/950HV Measured value comparison function Data memory with 1000 readings USB data upload interface low power consumption (3xAAA batteries) Measurement according to DIN 50156, ASTM A956, GB/T1172, GB/T17394 Application temperature: -10 to 40°C Measurements also possible from the side or upside down   We recommend the "Type C" sensor when measuring blades. We recommend measuring thin workpieces on a massive and solid steel plate.

  consisting of thermal security valve in and thermal sensor and capillary tube, ca. 750 mm length of the capillary tube.   Gas-entry M 14x1,5 AG (for cutting ring fitting Ø 8 mm), Gas-outlet M 14x1,5 IG (cutting ring fitting Ø 8 mm) Suitable for Proforge, P-301 and P-302, and other gas forge furnaces.   The thermal monitoring device is part of the thermoelectric ignition safety device for gas-fired forge furnaces and, in the event of a malfunction, is designed to quickly prevent the escape of unburned gas.   Function: The gas flame heats the tip of the thermocouple. This generates a thermal voltage, which is conducted through the copper wire to a holding magnet. Once sufficient voltage has been built up, the magnet holds the valve open. If combustion ceases, the tip of the thermocouple cools down, the thermal voltage is reduced, and the holding magnet closes the valve. The response time is between 10 and 60 seconds, depending on the design.   An essential safety device for all gas-fired forge furnaces. Also suitable for DIY construction!

  consisting of: Thermal safety valve Thermocouple Mounting bracket Suitable adapters The thermal monitoring device is part of the thermoelectric ignition safety device for gas-fired forge furnaces and is designed to quickly prevent the escape of unburned gas in the event of a malfunction.   Can be mounted between the ball valve and the burner tube. The mounting bracket is attached to the housing with screws. Holes must be drilled and threaded for this purpose.   Function: The gas flame heats the tip of the thermocouple. This generates a thermal voltage, which is conducted through the copper wire to a holding magnet. Once sufficient voltage is built up, the magnet holds the valve open. If combustion ceases, the tip of the thermocouple cools, the thermal voltage is reduced, and the holding magnet closes the valve. The response time is between 10 and 60 seconds, depending on the design.   An essential safety device for all gas-fired forge furnaces. Also suitable for DIY construction!

  of heat resistant steel 1.4841, t=5mm inside dimensions 230 x 160 x 15 mm   as protection of the inlining when Borax is in use - depending on temperature and operating hours this article is also subject to wear!

  of heat resistant steel (1.4841), t=5 mm inside dimensions 460 x 160 x 15 mm   as protection of the inlining when Borax is in use - depending on temperature and operating hours this article is also subject to wear!

  of heat resistant steel 5 mm inside dimensions 230 x 90 x 15 mm   as protection of the inlining when Borax is in use - depending on temperature and operating hours this article is also subject to wear!

  transportable gas forge oven with 1 atmospheric burner. With piezo-starter and thermal security control valve. Frontdoor and backdoor adjustable in height. Interior dimensions 200 x 190 mm, depth 250 mm.   Shipment: Complete with regulator and manometer, gas hose 2 m with hose breaking security, Flame non-return valve, ready for connection to 11 kg gas bottles. (gas consumption approx. 0.8 kg/h)   Characteristics: Forge oven with an atmospheric burner for a wide range of forging work Suitable for one-off production, but predestined for series production Stable housing made of stainless steel Front and rear doors made of stainless steel, insulated and adjustable in height Both doors can be adjusted in height as required. This allows longer workpieces to be pushed through Combustion chamber made of refractory concrete (up to 1650 ° C) temperature-resistant Multi-layer insulation structure with biosoluble insulation Specially designed, powerful atmospheric burner - economical in energy consumption. Adjustable air and gas volume. (Gas consumption: approx. 0.8 kg / h per burner) Easy starting with a piezo igniter Monitoring with thermal safety valve Clear opening of the combustion chamber: width: 210 mm, height: 190 mm   Shipment complete with regulator and manometer, gas hose 2 m with hose breaking security, Flame non-return valve, ready for connection to gas bottles.

  transportable gas forge oven with 2 atmospheric burners. With piezo-starter and thermal security control valve. Frontdoor and backdoor adjustable in height. Interior dimensions 200 x 190 mm, depth 500 mm.   Shipment: Complete with regulator and manometer, gas hose 2 m with hose breaking security, Flame non-return valve, ready for connection to 11 kg gas bottles. (gas consumption approx. 2x 0.8 kg/h)   Characteristics: Forge oven with an atmospheric burner for a wide range of forging work Suitable for one-off production, but predestined for series production Stable housing made of stainless steel Front and rear doors made of stainless steel, insulated and adjustable in height Both doors can be adjusted in height as required. This allows longer workpieces to be pushed through Combustion chamber made of refractory concrete (up to 1650 ° C) temperature-resistant Multi-layer insulation structure with biosoluble insulation Specially designed, powerful atmospheric burner - economical in energy consumption. Adjustable air and gas volume. (Gas consumption: approx. 0.8 kg / h per burner) Easy starting with a piezo igniter Monitoring with thermal safety valve Clear opening of the combustion chamber: width: 210 mm, height: 190 mm   Shipment complete with regulator and manometer, gas hose 2 m with hose breaking security, Flame non-return valve, ready for connection to gas bottles.

  for propane gas forge oven gas consumption 0.6...1.2 kg/h, for pressure up to 2.5 bar, as a spare part for gas forge oven type P-301 and P-302, with ball valve, gas connection 3/8" LH

  for propane gas forge oven gas consumption 0.6...1.2 kg/h, for pressure up to 2.5 bar, as spare part for gas forge oven type P-301 and P-302, with sparking plug, without ball valve

  made of heat-resistant steel, approx. ø 50 mm

  for P 301 + P 302 consisting of piezo-pushbutton for fixation-hole ø 18 mm, ignition cable 300 mm length, ground cable 300 mm length, and connector for ignition plug

  power 7.2 kW, 600kVA, Power connection 400V/3-ph, 16A, easy power control, operation with foot pedal, Dimensions approx. 550x350x250 mm (LxWxH), Cooling water requirement: 3-6 l/min, 3-6 bar, 15-35°C, Delivery incl. plug, foot pedal, inductor Ø 30 mm, packed in a sturdy wooden box.   Device is sold without cooling   100% MADE in FRANCE   Characteristics: fast, efficient heating Significantly lower costs than gas and coal selective heating possible low oxidation on the workpiece Possible to heat up to the melting point no suction necessary safe use developed and produced in France certified and tested according to European standards quick spool change easy handling robust design good spare parts availability     Why no "cheap import" from China? There are inexpensive devices from the Far East, we know these devices, but strongly advise against them. Induction devices work with high voltage and large currents. Most cheap import devices do not have a real "CE" certification or tested design according to European standards. These devices work, but safe operation is not possible and, in addition to defects in the device, such as electric shock, short circuits and much more. serious accidents occur. Long-term health consequences can also occur with these devices. The efficiency of these devices is also not comparable, and the performance and service life of the power electronics are significantly lower.

  Power 24kW, 1000kVA, Power connection 400V/3-ph, 32A, easy power control, operation with foot pedal, Dimensions approx. 300x450x300 mm (LxWxH), Cooling water requirement: 3-8 l/min, 3-6 bar, 15-35°C, Delivery incl. plug, foot pedal, inductor Ø 30 mm, packed in a sturdy wooden box.   Device is sold without cooling   100% MADE in FRANCE   Characteristics: fast, efficient heating Significantly lower costs than gas and coal selective heating possible low oxidation on the workpiece Possible to heat up to the melting point no suction necessary safe use developed and produced in France certified and tested according to European standards quick spool change easy handling robust design good spare parts availability     Why no "cheap import" from China? There are inexpensive devices from the Far East, we know these devices, but strongly advise against them. Induction devices work with high voltage and large currents. Most cheap import devices do not have a real "CE" certification or tested design according to European standards. These devices work, but safe operation is not possible and, in addition to defects in the device, such as electric shock, short circuits and much more. serious accidents occur. Long-term health consequences can also occur with these devices. The efficiency of these devices is also not comparable, and the performance and service life of the power electronics are significantly lower.

    Easily bendable copper tubing, ideal for making inductors. This means that coils for induction devices can be built quickly and easily.

  for stainless steel, brass M, aluminium unions     The assembly socket is used to pre-assemble the clamping ring and the connecting nut onto the copper pipe. This ensures proper assembly and protects the connections on the device itself.   Instructions: Clamp the pre-assembly stud in a vise. Screw on the nut connection. Push the tube into the nut connection. Tighten the union nut approx. 1 1/2 turns with an open ended spanner (mechanical stop). Final assembly in the equipment approx. 1/4 turn.   Keep the flat metal surface clean.   Occasional lubrification of the thread and the flat metal surface facilitate pre-assembly.

  Inside diameter approx. #Varinfo   High-temperature-resistant protective sleeve made of fiberglass/glass fiber.   To protect the copper tube of the induction coil from slag, sparks or melt.   The protective hose is crucial for optimal adhesion of the mortar and prevents the mortar from flaking off prematurely during later operation.

  approx. 0,1 mm thick   High temperature resistant fiberglass tape.   Prevents fraying when cutting the protective hose.

  2.6 kW cooling capacity, flow rate coolant 5-40 l/min, Delivery pressure 0.5 - 3.8 bar.   Suitable for the device ISF7200     100% MADE in Italy   Characteristics: reliable cooling of the device and the coils Industrial quality reliable supply of spare parts easy handling robust design