Zinc based catalysts

Zinc based Catalysts
Our versatile, tin-free catalysts are an economically interesting solution for a wide range of applications. They offer high effectiveness, safety and excellent color properties while reducing toxicological risks, making them the ideal choice for modern, sustainable production processes.
Trade name | Description | Chem. formula | CAS No. |
---|---|---|---|
27253-29-8 |
Zinc neodecanoate formulation | 27253-29-8 | |
27253-29-8 |
Zinc neodecanoate | 27253-29-8 | |
27253-29-8 |
Zinc neodecanoate formulation | 27253-29-8 | |
85203-81-2 |
Zinc bis(2-ethylhexanoate), Zinc octoate | 85203-81-2 | |
85203-81-2 |
Zinc bis(2-ethylhexanoate), Zinc octoate formulation | 85203-81-2 | |
14024-63-6 |
Zinc acetylacetonate | 14024-63-6 | |
557-34-6 |
Zinc acetate | 557-34-6 | |
5970-45-6 |
Zinc acetate dihydrate | 5970-45-6 | |
27253-29-8 |
Zinc neodecanoate formulation | 27253-29-8 |
Zinc based catalysts –
Our products
Zinc catalysts from TIB Chemicals are extremely effective in adhesive production. They promote rapid curing and improve the mechanical properties of adhesives, resulting in strong and durable bonds. This is essential for industrial applications where the reliability and strength of the adhesive connections are crucial. By optimizing the curing processes, our zinc catalysts help increase efficiency and reduce costs, making them indispensable for our customers.
In addition, our catalysts support sustainable production methods. Their ability to catalyze chemical reactions at lower temperatures results in significant energy savings and reduced emissions. This meets our customers' environmental goals and promotes environmentally friendly and sustainable manufacturing processes. Our zinc-based catalysts are suitable for various applications: In polyurethane systems, for example, they have lower activity and therefore longer pot life compared to organotin catalysts; they are also particularly suitable for curing reactions at elevated temperatures and for curing systems based on aromatic isocyanates.
Furthermore, our zinc catalyst are used in the following applications: Urethane coatings, condensation of silicone resins, crosslinking of powder resins, as a raw material for the formulation of PVC stabilizers, as an esterification catalyst for oleo chemistry and as a condensation catalyst for polyester resins, as a raw material for the production of ZnO in the sol-gel process, as a raw material for wood treatment formulations, as a pharmaceutical ingredient, as a raw material for other zinc chemicals