100Sala de inspección de tejidos no tejidos de nivel 000

Chatea Contáctenos

100Sala de inspección de tejidos no tejidos de nivel 000

Tejido libre de polvo y papel libre de polvo

December 19, 2024

Conexión De Categoría: Cinta del empalme de SMT

Chatea Contáctenos

Etiquetas:

#Herramientas de cinta de empalme #Cinta del empalme del doble de SMT #Clip de empalme SMT

Resumen: Discover the 100,000-level non-woven fabric inspection room featuring the 60g SMT Steel Mesh Wiping Paper. This high-quality wiping paper, measuring 530mm×20m per roll, is designed for efficient solder paste cleaning in SMT applications. Made from wood pulp and polyester fiber, it offers superior water absorption, anti-static properties, and dust-free performance for optimal steel mesh and circuit board cleaning.

Características De Productos Relacionados:

Made from wood pulp and polyester fiber for durability and effectiveness.
High efficiency water absorption ensures thorough cleaning of solder paste and red glue.
Soft texture with no dust, making it ideal for precision cleaning in SMT processes.
Anti-static properties prevent damage to sensitive electronic components.
Standard roll size of 530mm×20m, perfect for industrial SMT applications.
Packaged in 50 rolls per box for convenient storage and usage.
Reduces scrap rate by effectively removing excess solder paste and contaminants.
Biodegradable and eco-friendly, suitable for cleanroom environments.

Las preguntas:

What is the material composition of the SMT Steel Mesh Wiping Paper?

The wiping paper is made from a blend of wood pulp and polyester fiber, ensuring high absorbency and durability.
How does the wiping paper help in reducing scrap rates?

By effectively removing excess solder paste and red glue, the wiping paper ensures cleaner steel meshes and circuit boards, thereby reducing defects and scrap rates.
Is the SMT Steel Mesh Wiping Paper suitable for cleanroom environments?

Yes, the paper is dust-free, anti-static, and biodegradable, making it ideal for use in cleanroom and precision electronic manufacturing environments.