Sets of devices TERME'KS TMP-K, BNTI-05-04- K et al.

The TMP-K set of devices is designed to be placed in a TMP thermostat and is used to determine the corrosion effect on a copper plate in accordance with GOST ISO 2160, GOST 32329, GOST 6321 and GOST 2917.

The TMP-K-6321 set of devices is designed to determine the corrosion effect on a copper plate in accordance with GOST 6321 using a TMP thermostat.

The VT20-4K set of devices is designed to place samples of asphalt concrete or petroleum bitumen in the VT20 thermostat for testing in accordance with GOST 12801, GOST 11501, GOST 33136 and GOST 11505.

The KRIO-VT-04-K set of devices is designed to accommodate samples of asphalt concrete or petroleum bitumen in the KRIO‑VT‑04 thermostat for testing in accordance with GOST 12801, GOST 11501, GOST 33136 and GOST 11505.

A set of BNTI devices-05-04- It is intended for placement in a BNTI‑05‑04 liquid bath and is used in determining the low-temperature characteristics of petroleum products and chemical organic products in accordance with GOST 20287 (method A), EN 23015, ASTM D97 and GOST 18995.5.

A set of BNTI devices-05-04- The 2K is designed to be placed in a BNTI‑05‑04 liquid bath and is used to determine the maximum filterability temperature of diesel and furnace fuels at a PTF installation in accordance with GOST 22254, GOST R 54269 and GOST EN 116.

A set of BNTI devices-05-04- 3K is designed to be placed in a BNTI‑05‑04 liquid bath and is used in determining the low-temperature characteristics of petroleum products in accordance with GOST 20287 (Method A), EN 23015 and ASTM D97.

A set of BNTI devices-05-04- 4K is designed to accommodate vessels with samples in the working baths of the BNTI‑05‑04 bath when determining the low-temperature properties of petroleum products, if appropriate test vessels are available. It is suitable for placing vessels with samples for GOST 20287 (Method A), EN 23015.

A set of CRYO-T devices-05-01- It is intended for placement in the CRYO‑T‑05‑01 thermostat and is used in determining the low-temperature characteristics of petroleum products and chemical organic products in accordance with GOST 5066 (Method B), GOST 22254 and GOST 18995.5.

The CRYO-VIS-T-05-K set of devices is designed to be placed in CRYO‑VIS‑T‑05 and CRYO‑VIS‑T‑05‑01 thermostats and is used in determining the low-temperature characteristics of petroleum products and chemical organic products in accordance with GOST 5066 (Method B) and GOST 18995.5.

The set of GOST 5066 method B devices is designed to be placed in the CRYO‑T‑05‑01 thermostat and is used to determine the turbidity temperature and the beginning of crystallization of motor fuel in accordance with GOST 5066 (method B). A set of CRYO‑T devices is additionally required for testing.‑05‑01‑ K.

A set of GOST 20287 method A devices is designed to be placed in a BNTI‑05‑04 liquid bath and is used to determine the flow temperature of petroleum products in accordance with GOST 20287 (method A). Additional sets of BNTI devices are required for testing.‑05‑04‑ K and BNTI‑05‑04‑ 3K.

A set of GOST 20287 method B devices is designed to be placed in the CRYO‑T‑05‑01 thermostat and is used to determine the pour point of petroleum products in accordance with GOST 20287 (method B).

A set of GOST 20287 method B devices is designed to be placed in a BNTI‑05‑04 liquid bath and is used to determine the pour point of petroleum products in accordance with GOST 20287 (method B).

The set of devices GOST 20287 method B is designed for placement in liquid thermostats CRYO‑VIS‑T‑05 and CRYO‑VIS‑T‑05‑01 and is used in determining the pour point of petroleum products in accordance with GOST 20287 (method B).

The set of devices GOST 20287 method B is designed to be placed in liquid thermostats CRYO‑VIS‑T‑06 or CRYO‑VIS‑T‑06‑01 and is used to determine the pour point of petroleum products in accordance with GOST 20287 (method B).

A set of GOST 18995.5 devices, consisting of two test tubes, is designed to be placed in a CRYO‑T‑05‑01 thermostat or in a BNTI‑05‑04 bath. It is used in determining the crystallization temperature in accordance with GOST 18995.5.

The EN 23015 (ASTM D97) device kit is designed to be placed in a BNTI‑05‑04 liquid bath and is used to determine the turbidity or fluidity temperature of petroleum products in accordance with EN 23015 and ASTM D97. Additional sets of BNTI devices are required for testing.‑05‑04‑ To

The set of GOST 9454 devices is designed to accommodate 18 metal samples in a low-temperature liquid thermostat CRYO‑T‑05‑01 when they are tested for impact strength in accordance with GOST 9454.

A set of GOST 5960 devices is designed to be placed in a low‑temperature liquid thermostat CRYO‑T‑05-01 and is used to determine the brittleness temperature of polyvinyl chloride plastic by the express method in accordance with GOST 5960. BNTI stand-05-04- It is intended for installation under the BNTI-05-04 liquid bath. Provides additional convenience when conducting tests. The wheels make it easy to move the bathhouse when needed.

The KRIO-VT-01-2K set of devices is designed for thermostating samples of asphalt concrete or petroleum bitumen in the KRIO‑VT‑01 thermostat (without contact with the coolant). It is used for testing in accordance with GOST 12801, GOST 11501, GOST 33136 and GOST 11505.

A set of CRYO-T devices-05-01- K is designed to be placed in a liquid thermostat CRYO‑T‑05‑01. It is used in determining the low-temperature characteristics of petroleum products and chemical organic products in accordance with GOST 5066 (Method B), GOST 22254 and GOST 18995.5.

The set of devices GOST 11851 method A is designed to be placed in a BF bath and is used to determine the mass fraction of paraffins in oil in accordance with method A GOST 11851.