Is there an oxygen tube, air tube, and air heating wire suitable for respirator atomizers!
Leave a message
Is there an oxygen tube, air tube, and air heating wire suitable for respirator atomizers!
Air heating wire is a type of heating wire mainly used to heat flowing air. The heating element of the air heating wire is nickel chromium alloy, and the outer insulation is made of high-temperature resistant and environmentally friendly insulation material that can meet the 6P standard. The shape of the air heating wire is spring shaped and can be stretched freely, with high heating efficiency and a relatively safe working voltage of 24V. Currently, it is mainly used for heating respirators, oxygen tubes, atomizer tubes, and other purposes!
Why do carbon fiber heating wires often burn out when applied to therapy blankets and electric heating pad joints!
To be more precise, it is not that the joints of physical therapy blankets and electric heating pads are always burnt out when applied. This situation occurs in all products that use carbon fiber heating wires, not because the heating wires are not excellent enough. This is indeed directly related to the manufacturer's processing technology and established standards. Behind a successful product, there must be an experienced and experienced processing factory, who has done a good job of zero faults, poor joint handling, and returning a large basket of products, which is confirmed to be headache inducing, However, the far-infrared selling point of carbon fiber is also a selling point in the physical therapy industry. Many customers, despite the risk of being returned, still insist on promoting far-infrared products, which shows how important the selling point of carbon fiber heating wires is in the industry!
The incorrect connection methods include
1. Copper tube crimping, it is impossible to determine whether the internal parts are broken, whether the fit is good, and whether the contact surface is qualified!
2. Soldering iron welding, carbon fiber belongs to semiconductors and non-metals, and cannot achieve 100% real welding with soldering iron!
3. Same thread wrapping, insufficient pressure, poor contact, and easy detachment!
4. Hand twisting and other methods can easily cause looseness, leading to poor contact!
Www.superbheater.com
