CHINESE

  • Application of molecular sieve activated powder in adhesives

News

Application of molecular sieve activated powder in adhesives

Molecular sieve activated powder is a powdery high-efficiency adsorbent that the original molecular sieve powder is in the high-temperature activation furnace, adopting the way of staged heating, under the condition of high temperature, to go out the water in the pores, so as to make it have the empty skeleton mechanism and highly active adsorption space.
Because the original molecular sieve powder loses most of the water in the high temperature roasting process, the molecular sieve activated powder has strong activity and can be directly applied in the production as adsorbent with selective adsorption, it is a kind of amorphous desiccant, which can improve the uniformity and strength of the material, avoid the generation of bubbles, and prolong the use period.

DSC04292

 

There are various additives for adhesives, such as calcium oxide, which affect the physical properties of the product such as strength. Liquid water remover has very high storage requirements, high price and low cost performance.
Molecular sieve activation powder as an additive for adhesives, play a role in reducing water, eliminating air bubbles, improving the uniformity and strength of the material.
In comparison, molecular sieve activation powder belongs to the cost-effective, more ideal trace moisture remover, and will not affect the physical indicators of the final product.

JZ-AZ (4)

The molecular sieve activation powders produced by Shanghai JiuZhou include 3A activation powder, 4A activation powder, 5A activation powder, 13X activation powder and so on, which have the advantages of fast defoaming speed, high water absorption, fast adsorption rate, good dispersion, and anti-settling. We have a wide range of products, support small batch and multi-batch purchasing, short delivery cycle, and can provide customized solutions for customers.

 

 

 


Post time: Oct-12-2024

Send your message to us: