Rare Metal Thermocouples

We manufacture and design cable thermocouples, often called wire thermocouples. Cable thermocouples are a very cost effective construction of thermocouple with many options available to attach the sensor to your process. Exposed junctions are common with wire thermocouples as it gives a very quick response. The maximum temperature for a cable thermocouple is determined by its insulation but there are high temperature options such as glass fibre if required.

At Peak Sensors Ltd, we take pride in being a leading provider of stainless steel compression fittings, positioning ourselves as a trusted presence in the industrial solutions landscape. Our focus on delivering high-quality fittings reflects our commitment to precision and durability, addressing the diverse needs of industries with excellence. Utilising advanced technology, our stainless steel compression fittings are meticulously engineered to ensure robust performance and resistance to corrosion in challenging environments. We are recognised for our expertise and innovative approach, manufacturing fittings that adhere to stringent quality standards. Whether applied in industrial processes or research contexts, our fittings provide a reliable solution for fluid and gas systems, featuring durable and leak-resistant connections. With a customer-centric philosophy, we not only provide exceptional products but also offer comprehensive support and customisation options, solidifying our standing as a trusted partner for industries seeking dependable stainless steel compression fittings.

We manufacture and design mineral insulated thermocouples. Mineral insulated thermocouples consist of an outer metal sheath which protects the thermocouple elements from damage and contamination, this sheath is malleable so mineral insulated thermocouples can be easily bent and formed into a variety of shapes to suit your application. The inner thermocouple elements are insulated with magnesium oxide powder, tightly packed so no air is trapped inside, this provides great thermal conductivity.