Efficient and precise, instant bonding! Shenzhen Tiansan Co., Ltd. launched cyanoacrylate 406 to empower a new experience in industrial manufacturing Curing in seconds, super sticky, 406 cyanoacrylate provides an excellent solution for precision manufacturing and rapid repair
Shenzhen, China – Shenzhen Tiansan Co., Ltd, a leading manufacturer of industrial glues, today announced the launch of its latest high-performance Solder Paste product. Designed specifically for the electronics manufacturing industry, this product is designed to meet the needs of high-precision soldering, providing superior soldering solutions for PCB assembly, SMT (surface mount technology) and other precision electronics manufacturing processes
With the continuous expansion of electronic equipment application scenarios, coating, as a key material for circuit board protection, has become the focus of industry attention for its standardization and accuracy of manual glue application. Recently, a number of electronic manufacturing companies jointly revised and released a new version of the "Manual Coating Glue Application Specifications", emphasizing the optimization of details in the entire process from pretreatment to curing to improve product protection performance and production efficiency.
Tensan 4108A is a one-component epoxy adhesive, curing at high temperatures. It is designed for SMD components on printed circuit board bonding. 4108A is suitable for high-speed SMT placement machine Dispensing and stencil printing. It is of high adhesive strength after curing.
Shenzhen Tensan CO., LTD as a leading brand in the silicone products industry, has always been committed to providing customers with high-quality and innovative products. Today, we are proud to launch a new additive 1:1 translucent silicone gel, injecting new vitality into the production of silicone gel kneading!
This article delves into the reasons and advantages of choosing Tensan's SMT Red Glue TS4108A. In terms of curing characteristics, it can cure rapidly at low temperatures, and its curing strength increases significantly with higher temperatures and longer times, ensuring component stability. Regarding process adaptability, its proper viscosity and good fluidity enable accurate dispensing, and it has excellent compatibility with various materials. For operational convenience, it has simple storage conditions and is easy to use following standard procedures, and it's repairable. Moreover, it meets environmental standards, being safe and non - harmful. The article aims to provide comprehensive information for relevant practitioners, helping them make rational material choices in SMT processes.