Tula-Term

They are designed for carrying out various technological processes at temperatures from 40 to 500 oC, in vacuum up to 1x10−3 mmHg, or in an inert gas of high purity. They are used for drying, light annealing, aging, low and medium tempering in an oxidizing environment, degassing of ferrous and non-ferrous metals (including copper and copper alloys), or any other materials processed under similar conditions. The program setting of heat treatment modes including vacuuming, high purity inert gas intake with repeated vacuuming allows heating in an oxidizing environment with high purity of the surfaces of the processed parts, without scale formation and oxidation.

The SNVS-6.5/3.5 BO vacuum drying cabinet is designed for rapid degassing of compounds and silicones at temperatures up to 350 ° C and an average vacuum of up to 5x10-2 mmHg (Determined by the range of installed sensors). The electric cabinet is made on a stand with wheels. In the upper part there is a vacuum drying chamber and a control system. In the lower part there is a vacuum system. The tight closing of the door is provided by a rotary-eccentric type mechanism and a silicone door seal. In the central part of the door there is an observation window Ø200 mm made of high-temperature quartz glass with a thickness of 20 mm with the illumination of the working chamber installed on it. Coating the cabinet body with powder paint. The control is carried out by a panel software controller located on the door.

They are designed for carrying out various technological processes at temperatures from 40 to 500 oC, in vacuum up to 1x10−3 mmHg, or in an inert gas of high purity. They are used for drying, light annealing, aging, low and medium tempering in an oxidizing environment, degassing of ferrous and non-ferrous metals (including copper and copper alloys), or any other materials processed under similar conditions. The program setting of heat treatment modes including vacuuming, high purity inert gas intake with repeated vacuuming allows heating in an oxidizing environment with high purity of the surfaces of the processed parts, without scale formation and oxidation

The cabinet has a built-in software control unit TRM-251 (three programs of five stages of heating / holding / cooling in each). USB/RS-485 AC-4 converter for PC connection. The vacuum maintenance system includes: • vacuum plate-rotary pump, • oil trap, • vacuum line, vacuum meter Meradat 14, • lamp PMT-6M. • Automatic converter of USB/RS-485 AC-4 interfaces for connection to a PC.

Designation SNOT 8.16.6/16 Heating chamber power, kW 120 Supply network voltage, V 380±15% Frequency, Hz 50

Designation SHUP-40-1 Switching power, kW 40 Automatic switch, A 80 Supply network voltage, V/Hz 380

Designation SSO-6.12/11 Power, kW 75 Diameter, mm 600 Height, mm 1200

High-temperature furnaces are capable of heating materials up to 1700 degrees. The scope of their application covers the heat treatment of various materials in an inert medium or vacuum. TULA-TERM furnaces are used for heat treatment of plastics, ceramics, metals, alloys, lacquers and other materials. The equipment allows sintering, annealing, soldering, quenching, drying, burning and molding. In industry, our installations are most often used for quenching parts and sintering hard alloys.

The industrial drying cabinet is designed for drying, tempering, aging, thermal testing and other types of heat treatment of various materials in an air environment at temperatures up to 350 (optionally up to 500) ° C with forced air convection in stationary conditions.

The vacuum drying cabinet SHSV-3,5.3,5.6/2.5-I2M is designed for drying and heating various materials in air and in vacuum at temperatures up to 250 ° C., including in the range of I.K. radiation, with a wavelength of 1,2 – 3,8 microns.

Electric vacuum drying cabinet SNVS-3.3,5/3-I2P is designed for drying and heating various materials in air and in vacuum at temperatures up to 300 ° C.

The vacuum drying cabinet SNVS-190/5V I4 is designed to remove the residual amount of solvent from the polyamide coating of the optical fiber after extraction to increase the strength of the optical fiber at temperatures up to 500 0C and an average vacuum up to 5x10-2 mmHg.