Are you making it? The paint has good pressure capacity.

These performance standards for coatings are primarily determined by the CPVC piping and fitting materials that were first used in the pipeline market.

This material is the benchmark for the above applications and thus defines the standard operating specifications. For CPVC piping and fittings used in pressurized fluid systems, the standard specifications are based on CPVC blends and have been adopted. The physical properties above. This shows that compared to PVC, the performance of CPVC has its own unique differences, and thus created a unique class of CPVC-based materials.

Are you making it? The paint has good pressure capacity.

Another important property of latex paints in the application of pressurized fluid treatment systems is that CPVC pipe mixes can withstand long-term creep. This can be explained by the tubing material, especially at high service temperatures. For CPVC products with cold water and hot pipes, the performance must meet the following requirements: a pressure rating of 2.8 MPa at 23 ° C or a pressure rating of 0.69 MPa at 82 ° C.

Perchloroethylene lacquer The final requirement for CPVC mixes for drinking hot and cold water systems is that the CPVC mix is ​​required to ensure the quality of the water being delivered.

Diffused Silicon Pressure Sensor

The diffusion silicon Pressure Sensor adopts the diffusion silicon piezoresistive pressure sensor with stainless steel isolation film as the signal measuring element, the signal processing circuit is located in the stainless steel housing, the sensor signal is converted into standard 4-20mA current or RS485 signal output through the professional signal conditioning circuit. Widely used in petroleum, chemical, metallurgy, electric power and other industrial process on-site measurement and control.

Diffused Silicon Pressure Sensor,Silicon Pressure Sensor,Silicon Pressure Transducer,Silicon Diaphragm Pressure Sensor

Xi'an Gavin Electronic Technology Co., Ltd , https://www.cngamicos.com