Stainless steel finned heater
Product Name: U-shaped finned heater, W type finned heater
Working voltage: 220V/1000W/1500W/2000W/3000W
Thread: M16/ M18MM
Material: stainless steel tube
Use environment: dry heating heater, air drying room, drying tunnel heatER.
Q series with heat sink type finned heater is widely used in industrial ovens, chemical industry, machinery, workpiece drying and other industries······
Practice has proved that in the production of equipment, the heating pipe has high efficiency and long service life; in industrial oven application, the installation is convenient and quick, the heating temperature of the box is fast, and the heating is uniform. The specific price of all kinds of heating pipes depends on the size and requirements of the heating pipe, and can be bent into various shapes according to customer requirements!
After sales service
1. Stainless steel heat sink heating tube Dry burning type finned heater 220V/1000W If there are quality problems, once found, after receiving the baby (within seven days), the contact will be unconditionally returned with the customer.
2, not a quality problem, not in the return range
3, all stainless steel heat sink heating tube dry burning type finned heater 220V/1000W products have different levels of warranty
Overview of the finned heater for the oven
It is made of high-quality stainless steel, modified yttria powder, high-resistance electrothermal alloy wire, stainless steel heat sink and other materials. It is made through advanced production equipment and technology, and has strict quality management. This series of products can be installed in the air duct. Or other static, flowing air heating occasions.
Oven electric heating element parameters for oven
The metal heat sink is wound on the surface of the common component, and the heat dissipation area is increased by 2 to 3 times compared with the conventional component, that is, the surface power load allowed by the fin component is 3 to 4 times that of the ordinary component. Due to the shortened length of the component, the heat loss of the component is reduced, and under the same power condition, the utility model has the advantages of rapid temperature rise, uniform heat generation, good heat dissipation performance, high thermal efficiency, long service life, small volume of the heating device and low cost. According to user requirements, a reasonable design is made for easy installation.