Pingxiang Lihua Packing Co., Ltd.

J108?2Q catalyst is suitable for synthesis ammonia unit or hydrogen plant, to remove CO and CO2 at low concent

ZH107 Catalyst is sintered conversion catalyst with active component of Ni. This catalyst is suitable for the

LH-T305 catalyst can work excellent at 200~400�, mainly used to remove sulfide from gas like nature ga

CO removal catalyst T02-1 is used to remove CO from petroleum gas, inert gas, oxygen, and also could be used i

LHAD-946 High Efficient Ammonia Decomposition Catalyst is made from sintered MgO carried with active component

Main hydrogenation Catalyst is used in crude benzene hydrogenation two-stage fixed bed main reactor at low tem

����LHMS-309 Methanol Synthesis Catalyst is widely used in coal, oil and n

This catalyst B208 is applied for low content CO conversion during the process of hydrogen production and ammo

WNZS-1 Hydrofining Catalyst takes promoted alumina as carrier material with such metal components and auxiliar

LHA series ammonia synthesis catalyst has high activity, steady performance and long service life with high re

PSR Sulfur recovery Catalyst is used to treat with the acid gases containing H2S for the sake of recovery sulf

Hydrocarbons-Steam Reforming Catalyst is one kind of catalyst taking the nickel as its active component, the a

The grinding ceramic ball has the advantages of high density, high hardness, high wear resistance, good regula

Embossed Slot Perforated Efficient Ceramic Ball?Patent No.:ZL2005201337860?is developed on the basic of KK per

1.Ammonia Decomposition Catalyst 2.Sulfur Recovery Catalyst 3.ISO, SGS 4.Reference:US Steel Company, India

LH104 is mainly used for Methanol to steam cracking reaction, which can convert into H2, N2, CO2 and a spot of

Refractory ceramic ball is made from industrial alumina and other rawrefractory materials, and processed by mi

LH-XR Heat storage ceramic ball is characterized by its high strength, low abrasion loss, large heat capacity

�MH Porous Ceramic Ball is also called filtering ball. Pores are increased by 20~30% inside the inert

LHTCS-106 type room temperature ferric oxide desulfurization catalyst, iron oxide as the main active ingredien