Pure nickel wire

Type K MI cable is the most common thermocouple cable with economic cost, it has a good resistance against oxidation and can be recommended for oxidizing and inert atmospheres. The temperature range of Type K MI cable is 0..1260°C.

Type N MI cable is suitable in the similar atmospheres with type K and the operating temperature is -200-1300℃. Its advantage is thermoelectric stability, more and more applied.

Multi-point thermocouple is a thermocouple specially designed for measuring multiple points at the same time, which is widely used in the petroleum, chemical and other industries. It is especially suitable for large containers with insignificant temperature gradients, such as large fertilizer synthesis towers, storage tanks and other devices.

Mineral insulated copper cable(MICC) is combined annealed copper as conductor, Mgo powder as insulation, and annealed copper tube as sheath, it is widely applicated in the power industry.

Type K thermocouple wire is the most common thermocouple conductor(≥500℃), it has a good resistance against oxidation and can be recommended for oxidizing and inert atmospheres.Type K thermocouple wire can not be used in sulphurous and vacuum atmospheres directly at a high temperature,as this will have a significant impact on the EMF values. The composition of positive(KP) is Ni90Cr10, negative(KN) is Ni97Si3 for Type K thermocouple wire .

Diaphragm Differential Pressure Gauges use two separate diaphragms to sense pressure on the high-pressure side and the low-pressure side, respectively. When there's a pressure difference between the two sides, the diaphragms deform. This deformation is converted by a mechanical transmission mechanism into movement of the pointer, visually displaying the differential pressure on the dial.

The mineral insulated RTD cable is combined with thinfilm element,Mgo powder insulated and sheath materials,as a compact entirety. Its principle is according to the resistance changes as the temperature changes.The Mineral insulated RTD cable are the base material for RTD sensors, its structure advantage with anti pollution and mechanical strength promise can be applied in the harsh environment.

RTD Sensor Probes refer to intermediate products that have not yet completed all manufacturing processes during the thermal resistor production process, but have already possessed some functions or structures.