NIAP-10-01

AVK-10М

AVK-10M is designed for the process of selective purification of exhaust gases from ammonia oxides in the production ...

More details

Find out more

AVK-10H

The AVK-10N catalyst is designed for the selective purification of nitrous gases from nitrogen oxides at low temperat...

More details

Find out more

APK-2N

The catalyst is designed to clean the outgoing gases of nitric acid production from nitrogen oxides.

More details

Find out more

APK-3H

The catalyst is designed to clean the outgoing gases of nitric acid production from nitrogen oxides.

More details

Find out more

APKB

The APKB-0.5 catalystis designed to purify the butadiene fraction of pyrolysis from impurities of acetylene compounds.

More details

Find out more

Nickel on kieselguhr

The catalyst is used in the chemical and petrochemical industries in hydrogenation processes.

More details

Find out more

APC-NShGS

APC-NSHGS series catalysts are designed for fine purification of process and exhaust gases.

More details

Find out more

APN

The APN catalyst is designed to purify gases (argon, nitrogen) from oxygen.

More details

Find out more

APN-SH

The APN-Sh catalyst is designed to clean gases (argon, nitrogen) from oxygen.

More details

Find out more

AZC

The alumino-zinc-chromium (AZC) catalyst is designed for the reduction of oil aldehydes to alcohols.

More details

Find out more

GIAP-8

The catalyst is designed for the conversion of gaseous hydrocarbons in order to obtain controlled atmospheres with a ...

More details

Find out more

GT

GT series catalyst developed by LLC NVF TIMIS, LLC NIAP-KATALIZATOR and Moscow State University. Lomonosov.

More details

Find out more

GTT-T

The catalyst for the GTT series, developed by NVF Timis LLC, NIAP-Catalyst LLC and Moscow State University named afte...

More details

Find out more

GTT-F

The GTT series catalyst was developed by LLC NVF TIMIS, LLC NIAP-KATALIZATOR and Moscow State University. Lomonosov.

More details

Find out more

К-905-D1

The K-905-D1 catalyst is designed for oxidative, steam and carbon dioxide vapor conversion of hydrocarbons.

More details

Find out more

CCF-H

The calcium-cadmium-phosphate catalyst KKF-N is intended for the production of acetaldehyde from acetylene.

More details

Find out more

KN-2P

The catalyst is intended for the oxidation of ammonia into nitrogen oxide in the production of nitric acid

More details

Find out more

K140N

More details

Find out more

K-CO Mark 2

The K-CO mark 2 catalyst is designed to purify ethylene from carbon monoxide and is used in organic synthesis.

More details

Find out more

K-SO

The catalyst is designed for the process of converting carbon monoxide in a water steam in the production of ammonia.

More details

Find out more

K-CO Mark 1

More details

Find out more

MKHB

The MCHB catalyst, promoted by barium and manganese, is designed for the hydrogenation of acetophenone into methylphe...

More details

Find out more

MKHB-t

The MKHB-t catalyst is designed for the synthesis of monothylaniline from aniline.

More details

Find out more

NIAP-01-01K

The NIAP-01-01K catalyst is designed for hydrogenation of organosulfur compounds contained in hydrocarbon raw materials.

More details

Find out more

NIAP-01-01H

The catalysts of the NIAP-01-01 series are designed for the hydrogenation of organosulfur compounds contained.

More details

Find out more

NIAP-02-02

A zinc catalyst (absorber) is designed to finely clean gases from sulfur compounds by binding sulfur zinc oxide.

More details

Find out more

NIAP-02-03

Adsorbent (absorber) NIAP-02-03 is designed for fine purification of raw material streams from sulfur compounds.

More details

Find out more

NIAP-02-04

Zinc-copper catalyst (absorber) is intended for fine purification of gases from sulfur compounds by binding sulfur wi...

More details

Find out more

NIAP-02-05

A zinc catalyst (absorber) is designed to finely clean gases from sulfur compounds by binding sulfur zinc oxide.

More details

Find out more

NIAP-02-10 Mark 1

NIAP-02-10 mark 1 is designed for fine purification of gases from impurities of chlorine-containing compounds.

More details

Find out more

NIAP-02-10 Mark 2

NIAP-02-10 Chlorine Adsorbent (Mark 2) for High-Purity Gas Purification.

More details

Find out more

NIAP-03-01

NIAP-03-01 Catalyst: High Strength, Uniform Layer Formation, and Exceptional Stability.

More details

Find out more

NIAP-03-01SH

The catalyst is designed for the steam conversion of natural gas in tubular furnaces for the production of ammonia, m...

More details

Find out more

NIAP-03-05

The NIAP-03-05 pre-reforming catalyst prevents carbon formation and facilitates steam reforming operation.

More details

Find out more

NIAP-04-02

The NIAP-04-02 catalyst ensures high-efficiency operation of shaft converters under increased loads.

More details

Find out more

NIAP-05-01 (STK)

The NIAP-05-01 iron-chromium catalyst is designed for the conversion of carbon monoxide (CO) by steam.

More details

Find out more

NIAP-06-06

The catalyst is designed for the process of low-temperature carbon monoxide conversion by steam at a temperature of 2...

More details

Find out more

NIAP-06-06 Mark 1

The NIAP-06-06 mark 1 is designed for the process of low-temperature conversion of carbon monoxide (CO) by steam.

More details

Find out more

NIAP-06-06 Mark 2

The catalyst is designed for the process of low-temperature carbon monoxide conversion by steam at a temperature of 2...

More details

Find out more

NIAP-06-08 (NTK-4)

The low-temperature carbon monoxide conversion catalyst is designed to carry out the catalytic process of carbon mono...

More details

Find out more

NIAP-07-01, -04, -05, -07

The NIAP-07-01 (NCM-1) catalyst is designed for fine purification of gases from oxygen-containing compounds.

More details

Find out more

NIAP-07-07 Mark 2B

NIAP-07-07 Methanation Catalyst (Mark 2B) for High-Purity Hydrogen Gas.

More details

Find out more

NIAP-10-01

The NIAP-10-01 catalyst (previously produced under the KZA brand) is intended for the conversion of gaseous hydrocarbons

More details

Find out more

NIAP-12-05

The NIAP-12-05 nickel-chromium catalyst is designed for the hydrogenation of organic compounds.

More details

Find out more

NIAP-12-15

More details

Find out more

NIAP-13-02

The NIAP-13-02 catalyst (previously produced under the brand name KDA-10A) is intended for the catalytic dissociation...

More details

Find out more

NIAP-13-06

The NIAP-13-06 catalyst is designed for the catalytic dissociation of ammonia.

More details

Find out more

NIAP-13-07

The NIAP-13-07 catalyst is intended for the process of catalytic dissociation of ammonia in order to obtain a pure ni...

More details

Find out more

NIAP-14-01

The NIAP-14-01 nickel-aluminum-titanium catalyst is an improved analogue of the Reney catalyst.

More details

Find out more

NIAP-14-02

Designed for the hydrogenation of acetone into isopropyl alcohol in the production of hydrogen peroxide using the iso...

More details

Find out more

NIAP-15-04, NIAP-15-05

Catalysts are designed to purify exhaust gases from organic impurities.

More details

Find out more

NIAP-15-08

The NIAP-15-08 (previously produced under the brand name NKO-3X) is designed for fine purification of inert gases fro...

More details

Find out more

NIAP-15-09

The NIAP-15-09 catalyst is designed to replace platinum and palladium catalysts.

More details

Find out more

NIAP-15-12

Catalysts of the NIAP-15-12 series are designed for purification of process gases.

More details

Find out more

НИАП-15-17

More details

Find out more

NIAP-VK

More details

Find out more

NIAP-NK

More details

Find out more

PK-3ШН

The PK-3ШН catalyst is a highly dispersed palladium distributed on the surface of an active alumina oxide.

More details

Find out more

SMS-4

The zinc-chromium catalyst for the synthesis of methanol SMS-4 is intended for the production of technical methyl alc...

More details

Find out more

NIAP-10-01

To discuss your project, contact us or leave a request

Application accepted