NPO "Gelikon"

For filling products with test gas (helium) or a mixture of gases. The main application of the products are leakproofness control tests by the mass spectrometric method according to OST 92-1527 and other types of tests. Areas of work: Development of complete 3D models of stands, Development of RCD stands in accordance with GOST and ESKD; Manufacture of pneumatic stands and their components; Installation and commissioning; Development of automated process control systems taking into account the Leak Control Technology; Development of on-line systems for recording the condition of equipment and technological process with automation of the product testing process.

To develop and produce a vacuum post (pumping post) with the required characteristics for the needs of the customer. The post can be equipped with both imported and domestic pumping equipment

Vacuum valves are designed to cut off and seal the elements of the vacuum system, thereby, vacuum valves provide the necessary sequence of pumping and air intake. The vacuum valves presented in this section are mass-produced by NPO Helikon.

For scientific and industrial applications.

It is necessary to search for leaks of freons and other halogen-containing gases, for example, gas, in working equipment, and when testing systems, including cable ones, for tightness.

Horizontal vacuum resistance furnaces are designed for carrying out various technological processes in high vacuum at temperatures up to 1600 degrees. The furnace can be used in electronic, radio engineering, aviation, rocket and other industries. The main areas of application are the technological processes of annealing, quenching, degassing and sintering.

The helium leak detector TI1-50M is a universal highly sensitive device designed to test the tightness of various systems and objects that allow pumping out the internal cavity, as well as those filled with helium or a mixture containing helium, and detect (localize) places of leakage (leaks). Specifications: Measuring range at the leak detector inlet, Pa•m3/s from 5•10-13 to 1•10-5; Range of indications when working by probe method, Pa•m3/s from 1•10-9 to 1•10-5; Time to enter the readiness mode for measurements, no more than, min 5; AC supply voltage, V, Hz 220±10%, 50±1; Power consumption, VA 1200; Overall dimensions (WxHxD), no more than, mm 480x470x390; Weight, no more than, kg 40; Average time to metrological failure, h 15000;

The probe is designed for use with leak detectors of any type, which have an input port NW (KF) 25 and provide a counterflow mode of operation.

Vacuum chambers can be used: for drying materials (low vacuum), testing spacecraft, during experiments on plasma retention and antimatter production, as elements of charged particle accelerator systems and systems for applying thin films. Vacuum chambers can be used: for drying materials (low vacuum), testing spacecraft, during experiments on plasma retention and antimatter production, as elements of charged particle accelerator systems and systems for applying thin films.

It is designed to search for leaks of freons and other halogen-containing gases, for example, gas, in working equipment, and when testing systems, including cable ones, for tightness. The GTI-8 halogen leak detector also allows detecting an increase in the concentration of such gases in the room or near the controlled object. Technical characteristics of the leak detector "GTI-8" Parameter Sensitivity of the leak detector GTI-8, m3 Pa/sec., not less 1.0 - 5.3/10e-7 Time constant, sec., no more 3 Compensation of the initial sensor current Availability Automatic background signal compensation Availability Adjustable trigger threshold Availability Food ~220V, 50Hz (14.8V for GTI-8B) For modification of GTI-8B, continuous operation time, hour, at least 8 Operating mode setting time, min, no more 5

Nitrogen traps are designed for use in various vacuum systems in order to prevent the ingress of vapor gases and various organic compounds from high-vacuum and pre-vacuum pumps into the vacuum chamber (system) following in the reverse flow, as well as to protect vacuum units from organic substances present in the vacuum volume.