Water-based Spray Adhesive
ABC Elastic Latex is a newly developped polymer, which is environmental friendly with excellent performance and can be applied to different scenarios.With a rich combination of monomers, the precise control of molecular chain structure and length, and the mixing of different structures and properties, ABC Elastic Latex could provide endless possibilities to solve problems for our customers.
ABC Elastic Latex Introduction:
Taking RAFT Emulsion Polymerization, an internationally pioneered technology, and Acrylate Block Copolymer (ABC Elastic Latex) as the core competences, Entron is a high-tech enterprise focusing on the research of the new material and the development of its downstream applications.
Entron broke the bottleneck of RDRP with low molecular weight and insufficient mechanical properties after a dedicated research over decades, and has sucessfully prepared the Acrylate Block Copolymer (ABC Elastic Latex) with high molecular weight. The technology has won awards & honors such as the First Prize of the Natural Science Award of the Ministry of Education and the First Prize of the Scientific and Technological Award of Zhejiang Province, ect.
ABC Water-based Spray Adhesive
Product Introduction: No solvent, zero formaldehyde, low VOC. The active ingredient is acrylic polymer, resistant to aging and yellowing.
Application Industry: furniture industry, footwear industry, fabric composite industry.
Recommended Grades: EM-ABC® C846H
Grade Introduction:
EM-ABC® C846H
- Good initial viscosity, fast positioning, both can be sprayed and bonded, and can also be bonded for a period of time after spraying;
- Within 5 minutes of opening time;
- Applicable substrate: sponge, wood, non-woven fabric, metal, plastic board;
- Application scenario: sofa, chair, office chair, mattress.
Product specifications:
|
Appearance&color |
White or light yellow emulsion |
|
Solid |
≥35.0% |
|
Density |
About 1.06g/cm3 |
|
pH |
3.0~8.0 |
|
Viscosity |
>10000mPas(62#，3r/min) |
|
Opening time |
Within 5 mins |
|
Final bonding |
Within 24h. but varies with different substrates |
