AUTOMOBILE MANUFACTURING

In the past, convection, contact and other traditional heating methods were used in automobile production, but nowadays, infrared heating systems have been widely used in modern automobile manufacturing, and are used in the production of at least 200 kinds of automobile parts.

Directional heating in automobile industry production engineering can save a lot of wasted energy, effectively reduce heating time, and accurately control temperature to improve heating efficiency, thus improving production efficiency.

Compared with traditional heating methods such as convection and contact, infrared heating has the following advantages:

1. The heat transfer is very easy and direct - there is no need to contact or use air, water and other media.

2. The heating system can be easily integrated into the production line - by using radiators or heating systems with special shapes, external heating and production can be controlled synchronously.

3. The use of infrared heating is both economical and accurate - the heating process will be effective and reduce the waste of energy by selecting the appropriate radiator.

4. Infrared radiation is both safe and environmentally friendly - the radiator can be switched on and off quickly, helping to reduce radiation loss.

Only the matching spectrum, proper power, size and shape can make the heating process more efficient. Therefore, the selection of a professional and high-quality infrared heater is crucial to the production of the automobile industry. TRIMBLE quartz infrared heater is an excellent solution for the heating production link in the automobile industry, with fast thermal response, high thermal efficiency, uniform heating capacity, and convenient installation Long life and other characteristics, saving great energy, cost and time in the automotive industry production engineering.

Infrared heating technology is widely used in the automobile industry, among which, it has gained great recognition in the automobile glass manufacturing industry. It is an excellent way to save time, money and space.

Quartz heater has the characteristics of fast thermal response, high thermal efficiency, uniform heating, convenient installation and long service life, which can save great cost and time in the production of automotive glass.

The brake pad is also called brake pad. In the brake system of an automobile, the brake pad is the most critical safety part. The brake pad plays a decisive role in the braking effect. The brake pad is mainly made of steel back, friction materials and additional materials. In short, it is made by mixing a variety of materials (adhesives, reinforcing fibers, fillers, regulators, etc.) into powder, evenly spreading it on the steel back, and then pressing it under high temperature and high pressure. The purpose of high temperature is to liquefy the adhesive (phenolic resin) in the raw material of the brake pad from the powder, then cool and solidify it, and finally go through detailed processing such as trimming to form a brake pad.

After the brake pad is formed, it is necessary to spray a black anti-corrosion protective coating on the surface and heat it for curing to avoid corrosion damage to the brake pad during use and extend the service life of the brake pad. Specifically, after the brake pad is formed, about 50 μ m powder is sprayed on the surface and heated in the oven. Under high temperature, the powder coating is melted, cross-linked, solidified, and finally forms a protective layer. In this process, medium and long wave infrared radiation heating is an ideal heat source choice.