Welcome to B2BAGE
Zirconate Coupling Agent Ken-React® Nz37
Zirconate Coupling Agent Ken-React® Nz37

Minimum Order: 0
Quality/Safety Certification: 0.00


Zirconate Coupling Agent
Ken-React® Nz 37
zirconate
Ken React Nz 37
ZCA-N37

Zirconate Coupling Agent
 Ken-React® Nz 37
zirconate
Ken React Nz 37
ZCA-N37

Abstract
Zirconate coupling agent ZCA-N37  is a neoalkoxy zirconate coupling agent, its main advantage is their greater stability; Unlike titanates they neither discolor body producers in the presence of phenols (with the exception of nitrophenols), nor do they interact with hindered amines (HALS). In unfilled plastics they also often improve UV stability compared to titanates, and it can provide novel opportunities for coupling fluorinated polymers to metal substrates.

Identification

Chemical Name: Dineopentyl(diallyl)oxy diparamino benzoyl zirconate

Application and performance
Zirconate coupling agent ZCA-N37an be used in composite materials to improve thermal stability, surface smoothness and loading level of fillers to reduce the dosage of resin and reduce the cost.
It can be applied to polymers including PP, PE and rubber. Zirconate coupler ZCA-N37is a surface treatment agent for inorganic fillers such as calcium carbonate, kaoline, talcum etc, to improve hydrophobic property and dispersion of the filler. As a result, the products treated by this product will obtain improved mechanical strength, reduced moisture absorption.
When rubber is filled by the filler of kaolin treated by ZCA-N37 the rubber can obtain improved tearing strength and tensile strength. So silica can be partly replaced.

Packing
The regular packing of TiLink ZCA-N37 is 25 liters plastic pail and 200 liters steel drum.

Notice:
Its powder form and capsule form are also available for our customer.

 

 

 

Ads by Google



About Us | Contact Us | Help | Terms & Conditions
Hot Products: A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | 0-9
Copyright Notice @ 2008-2022 B2BAGE Limited and/or its subsidiaries and licensors. All rights reserved.