Payment & Shipping Terms:
|Usage:||For Industrial Tapes, Courier Bag Sealing||Classification:||Hot Melt Adhesives, Pressure Sensitive Adhesive|
|Main Raw Material:||Synthetic Rubber, Hydrocarbon Resin, Napthenic Oil||Cas No.:||Mixed|
|Color:||Light Yellow||Packing:||25kg/carton, 1800kgs Per Pallet, 18000kgs Per 20ft Container|
|Application:||Industrial Tapes Production||Appearance:||100% Solid|
|Shape:||Block Or Pillow||Shelf Life:||2 Years|
Synthetic Rubber Based Hot Melt Glue,
Destructive Tapes Industrial Hot Melt Adhesive,
Pressure Polyurethane Hot Melt Adhesive
Synthetic rubber based hot melt pressure sensitive adhesive for courier destructive tapes / bag sealing tapes
It is a synthetic rubber based hot melt pressure sensitive adhesive specifically developed for destructive tape where good permanent adhesion is required. The product is featured high tack and peel, good wetting to substrate.
Shanghai Jaour Adhesive Products Co., Ltd., a private enterprise located in Shanghai, attracting a group of experienced elitists in hot melt adhesive industry. The company is specialized in pressure sensitive hot melt adhesives for nonwoven disposables, industrial tapes & labels, medicals, and special pressure sensitive products, including the research & development, manufacturing, and after-sales services.
Being a chemical specialty speedboat, the company’s core value is to deliver high performance and the right products, and full services to meet customer performance requirements. That includes tailored products for customers with rapid response. Our wide product range provides you with versatile choices of adhesive performance in demanding environments.
The corporate spirit of “Customer Satisfaction, Pursuing Excellence, and Sustainable Operation” supports the company to keep on moving forward actively. Our business team is prepared and ready to serve you, and you can rely on JAOUR to be your consistent and long-term partner in adhesives technology.
|Industry||Adhesive End Applications|
|Industrial Tapes||Kraft paper tape|
|High heat resistance and shear|
|Low surface energy|
Contact Person: Jessica