Tin Plating Process of Tin Plated Nickel Wire Bare copper wires from Ø0,8 to 2,9 mm are electroplated with tin layer thickness acc. to international standards or special customer requirements. Tin plated wires are dra
Read MoreIntroduction Tin plated nickel wire, also known as tin coated nickel wire, is widely used for conductor or connecting wire for electronic components. In this article , we will walk through the property of these wires.
Read MoreTeflon is branded for its superior thermal, mechanical, and electrical properties, which allows these cables to resist higher temperatures than other wires. Etched teflon wire can be divided into several kinds of wires a
Read MoreThe deep draw forming process is rapidly gaining popularity as one of the most cost effective and sought after methods of manufacturing.Here are some frequently asked questions about Deep Drawn Housing & deep drawn parts
Read MoreFor the sensor manufacturer, the etched wire is very important. The etching technology reduces the lubricity of the fluoropolymers such as PTFE, FEP, and other Teflon wires, so as to improve the bondability of the wire.
Read MoreConventional copper wires are plated with gold, silver, or nickel in a variety of plating thicknesses, and then are film-insulated. At elevated temperatures, these wires can operate for extremely long periods of time,
Read MoreGlass encapsulated NTC thermistors are an essential component in various electronic devices and appliances. In this article, we will explore what glass encapsulated NTC thermistors are, how they work, and their applica
Read MoreHorle is a leading deep drawn housing supplier in China, and we are expertise in designing deep drawn housing with special shapes and different depths, which can be used to protect the glass encapsulated NTC thermistor
Read MoreNTC thermistor is a high-precision detection resistor that adopts special semiconductor ceramics with a negative temperature coefficient. Also, it is a temperature-dependent resistor, the resistance will rise or fall wi
Read MoreCopyright 2019 All Right Reserved.