Sunhayato Matrix Board FR1 Phenol-Sided Paper with 1 mm Holes, 190 mm Length, 95 mm Width ICB-502-FL

The Sunhayato ICB-502-FL Matrix Board is a high-quality FR1 grade prototyping board designed for electronic components and circuit assembly. Featuring phenol-sided paper material and a thickness of 1.6 mm, this board provides excellent mechanical stability and safe flame retardant properties suitable for various electronic and electrical projects.

With exact 190 mm length and 95 mm width dimensions, it offers a compact footprint ideal for both hobbyist and professional use. The 1 mm holes are set in a standard 2.54 mm pitch, allowing standard electronic components to mount confidently and securely with precision.

This single-sided matrix board is environmentally compliant with RoHS standards, guaranteeing lead-free quality and safe usage. Its medium size and universal compatibility make it perfect for prototype creation, testing, and custom circuit building in industrial electronics, educational labs, and manufacturing setups.

The FR1 flame retardant material ensures durability and safety against short circuits and overheating during operation. Japan origin assures users of superior manufacturing quality and reliability.

This matrix board has 1 side with a thickness of 1.6 mm for durability. Dimensions are 190 mm in length and 95 mm in width for compact size applications. It features 1 mm diameter holes arranged in a 2.54 mm pitch pattern for easy component insertion.

Constructed with FR1 grade flame retardant material ensuring safety in electronic circuits. The board material is phenol-sided paper, which is suitable for medium-sized universal lead free applications. Compliant with RoHS standards ensuring environmental safety.

Manufactured in Japan ensuring high quality and reliability.

This matrix board is widely used in electronics prototyping, product development, educational electronics labs, and repair workshops. Explore the full range of Matrix Boards at EnvMart for various specifications and applications.