Diaphragm Differential Pressure Gauge

The Stainless Steel Industrial Pressure Gauge consists of a pressure-guiding system (including connectors, spring tube, etc.), a gear transmission mechanism, an indicating device, and a housing. All components are made of stainless steel. When the spring tube is subjected to the pressure of the measured medium, its end undergoes corresponding elastic deformation, which is amplified by the gear transmission mechanism and displayed on the dial by the indicating device. The Stainless Steel Industrial Pressure Gauge's housing is sealed, effectively protecting the internal components from environmental influences and contaminants. Furthermore, the oil filling inside the housing provides resistance to pressure fluctuations of the measured medium and severe vibrations in the operating environment, ensuring both corrosion resistance and shock resistance.

Bellows Pressure Gauge uses a diaphragm as a sensitive element for measuring minute pressures. It measures low and negative pressures in gases that are non-corrosive to copper alloys and non-explosive. It is widely used in cobalt furnace ventilation, gas pipelines, combustion equipment, and other similar equipment. Bellows Pressure Gauge consists of a measuring system (including connectors, diaphragm), a transmission mechanism, an indicating device, and a housing.When the pressure of the measured medium acts on the diaphragm, its free end undergoes a corresponding elastic deformation—displacement. This displacement is amplified by a lever-driven transmission mechanism, and the indicating device displays the measured pressure on the instrument dial.

Shock Resistant Pressure Gauge thanks to internal damping oil filling and a matching buffer device, offer excellent shock resistance. They are suitable for applications where the measured medium experiences strong pressure fluctuations or shocks, where sudden unloading occurs frequently during production processes, and where there is high ambient vibration. They can measure the average value of pulsating pressures of gases and liquids, thus overcoming damage to the instrument from strong pressure fluctuations and environmental vibration, ensuring accurate readings.

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.

Mineral insulated RTD cable with Constantan(Cu55Ni45) conductors have stable resistance for high temperature measurments up to 650C, Its characteristics are not easy to change its properties with temperature changes, and the resistivity is high. It has a low temperature coefficient of resistivity and medium resistivity,more and more potential in the industry. The MI RTD cables are the base material for RTD sensors, its structure advantage with anti pollution and mechanical strength promise can be applied in the harsh environment.

As a premier Chinese exporter and manufacturer of high-performance temperature sensing solutions, we deliver Type R Mineral Insulated (MI) Cable, meticulously engineered for ultra-high-temperature applications demanding exceptional accuracy and durability. Our Type R MI cable, featuring platinum-13% rhodium (Pt-13%Rh/Pt) conductors and magnesium oxide (MgO) insulation, are designed to operate reliably up to 1600°C (2912°F) in oxidizing or inert atmospheres. Trusted by global leaders in aerospace, metallurgy, and energy sectors, our Type R MI cable provide the precision and resilience required for mission-critical temperature measurement.

The RTD probe is composed of an element,sheath,lead wire and connector, it is working principle is the resistance of a metal changes with temperature.An electrical current is transmitted through the RTD element located in proximity to the area where temperature is to be measured, the resistance value is then measured by an instrument. SICC is your one-stop solution providing Automotive RTD probe that will meet your needs, Contact us today for more information!

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.