Silica gel PORESPHERE™ Macro B
High-performance silica gel for high moisture absorption and stable drying. PORESPHERE™ Macro B is an amorphous, open-pore desiccant with an exceptionally wide pore structure, designed for efficient moisture absorption even in high humidity. The combination of large pores and a diverse pore distribution allows this silica gel to enable rapid diffusion and adsorption, effectively absorbing even larger molecules.
Silica gel PORESPHERE™ A-White
Efficient silica gel for reliable moisture absorption. PORESPHERE™ A White is a high-quality, densely porous silica gel specifically developed for highly efficient water vapor absorption. Thanks to its precisely engineered pore structure, it reliably and permanently binds even the smallest amounts of moisture. This ensures dry and stable environmental conditions in a wide variety of applications. PORESPHERE™ A White silica gel is ideally suited […]
Silica gel PORESPHERE™ A indicator OF
PORESPHERE™ A-Indicator OF is a high-performance, fine-pored, silica gel-based adsorbent specifically designed for the reliable binding of water vapor. Thanks to its optimized pore structure, it ensures excellent humidity control and maintains dry environments even under demanding conditions. The silica gel is ideal for applications requiring a significant reduction in residual moisture – such as […]
Silica gel PORESPHERE™ A indicator OG
PORESPHERE™ A-Indicator OG is a high-purity, narrow-pore silica gel specifically developed for the reliable adsorption of water vapor. Its finely tuned pore structure allows even the smallest water molecules to be efficiently absorbed. This makes this type of silica gel particularly suitable for applications requiring a significant reduction in residual moisture – for example, in the protection of sensitive electronics, in laboratory and analytical environments, transformers, and in […]
C&CS #1394 – Platinum catalyst for SO2 oxidation
This platinum catalyst for the oxidation of SO₂ to SO₃ in the sulfuric acid production process represents a novel and environmentally friendly solution. The platinum-based washcoat technology enables, among other things, the efficient conversion of SO₂ to SO₃ in contact processes. The catalyst is available in various geometric designs, with the number of cells in the monoliths being selectable as required. With this catalyst, […]
mercury porosimetry analysis
Mercury porosimetry (Hg porosimetry) is a method for characterizing the pore structure of solids. It enables the determination of parameters such as pore size distribution, pore volume and specific pore surface area. Liquid mercury (Hg), which is hydrophobic by nature, is pressed into the pores of a material under high pressure. The method is based on the fact that mercury, due to its high […]
chemisorption analysis
The activity of endogas catalysts is determined by the surface of the active metal. For example, in the case of environmental catalysts, platinum (Pt) is often used as a precious metal component, which converts undesirable substances such as VOCs, CO and others into CO2 and water. In order to achieve the largest possible distribution or surface of the metal, it is applied to an unreactive (inert) support material, […]
BET analysis
BET analysis (according to Brunauer, Emmett and Teller) is a physical method for determining the specific surface area of materials. It is based on the adsorption of gases on the surface of a solid and is a frequently used technique in materials science, especially in the characterization of activated carbons, zeolites or aluminum oxides (Al2O3). These materials are suitable due to their […]
EnviCat 2520 -MH: Ready-to-install oxidation catalyst for engines 200 cpsi 100 cpsi
The EnviCat® 2520 oxidation catalyst effectively removes volatile organic compounds (VOCs) such as various hydrocarbons or formaldehyde, hazardous air pollutants (HAPs) and carbon monoxide (CO) from industrial exhaust gases. Based on platinum-based catalytic oxidation, it converts up to 99% or more of these emissions into naturally occurring gases. In thermal systems, EnviCat® 2520 can reduce both natural gas consumption and […]
EnviCat® 50300 -MH: Oxidation catalyst for engines 100 cpsi
The EnviCat® 2520 oxidation catalyst effectively removes volatile organic compounds (VOCs) such as various hydrocarbons or formaldehyde, hazardous air pollutants (HAPs) and carbon monoxide (CO) from industrial exhaust gases. Based on platinum-based catalytic oxidation, it converts up to 99% or more of these emissions into naturally occurring gases. In thermal systems, EnviCat® 2520 can reduce both natural gas consumption and […]
