These environmentally-friendly electric wires and cables are halogen-free and maintain a smoke density of 150 or less. Featuring outstanding flexibility, they reduce the workload of wiring in narrow places. They include no substances under RoHS (10 substances).

This product features outstanding heat tolerance and flexibility. EM-TLFC110 uses eco-friendly, fire-resistant, crosslinked polyethylene material. By making the size of conductor smaller, it enables a reduction in the amount of copper and insulation material used. It includes no substances under RoHS (10 substances).

This product uses “black crosslinked polyethylene” insulator, which features outstanding weather-resistance, instead of the vinyl material commonly used in the past. Excellent heat-resistance when applying electricity enables the cable to be down-sized. It includes no substances under RoHS (10 substances).

This product features insulating material with an increased heat-resistant temperature. With a high allowable current capacity, it has a smaller conductor, enabling reductions in the amounts of copper and insulator material used. It includes no substances under RoHS (10 substances).

More than twice as durable as previous products due to the use of a special urethane in the protective layer (compared in-house). This product reduces the frequency of production line stoppages to replace lead lines, enabling productivity enhancements and total cost reductions. Outstanding flexibility has also been achieved through the use of a flexible-type conductor, resulting in higher workability. It includes no substances under RoHS (10 substances).

Outstanding flex durability enables wiring space reductions, as well as flexible wiring and layout. This product contributes to lighter, more compact and space-saving industrial equipment, robots, etc.

Manufactured using a “lead-free vulcanization method,” these are environmentally-friendly cables that fully comply with RoHS and REACH regulations. The tandem extrusion of rubber sheaths and lead-free vulcanization material realizes shorter production processes, leading to a reduction in production energy consumption and workload.

This sensor complies with regular inspections of places that cannot be inspected visually, which are required under the Water Pollution Prevention Act. It enables users to detect the position of sulfuric acid, hydrochloric acid, nitric acid, and other substances. It can be installed on existing equipment or outside.

This high heat resistance shielding film can be used even in harsh environments. While maintaining the structure of previous general-purpose electromagnetic interference (EMI) shielding film (SF-PC5600-C), this product achieves superior durability, withstanding 2,000 hours of continuous use in high-humidity high-temperature environments (85℃ at 85% humidity) and high-temperature environments (125℃). It is considered increasingly for possible use in in-vehicle displays and printed circuit boards for automotive sensors, cameras, headlights, etc. It has attained UL94 flammability class VTM-0. It is also halogen-free and complies with RoHS.

This connecting material maintains a connection reliability equivalent to solder (treated at a temperature of 240℃ or above), and enables low-temperature hardening at 180℃ or below. It is used as an interlayer connection in semiconductor inspection substrates and high-speed telecommunication substrates for 5G. Moreover, as an alloy is formed after metalizing, it features high heat resistance, with a melting point of 300℃ or above. Using MPA500 instead of conventional electroplating as an interlayer connection enables a 40% reduction in CO₂ emissions from printed circuit board manufacturing processes. It is also halogen-free and complies with RoHS.