Vegetable greenhouse dedicated air heating wire, iron chromium aluminum nickel alloy conductor, high temperature resistant insulated heating cable

Description :

This product is a high-performance air heating wire designed specifically for modern agricultural facilities, especially suitable for scenarios such as vegetable greenhouses, flower greenhouses, and seedling factories that require precise temperature control. In response to the problem of slow crop growth caused by low temperatures in winter or large temperature differences between day and night, this heating wire can provide a stable and uniform heat source, effectively prevent freezing damage, promote plant root development and photosynthesis, and improve crop yield and quality.

The core of the product adopts high-quality iron chromium aluminum alloy or nickel alloy as the heating conductor, which has excellent resistance stability and oxidation resistance, ensuring that the power does not decay and the service life is longer after long-term electric heating. The outer layer is wrapped with a specially designed high-temperature resistant insulation sheath, which complies with the GB5013.3-2008 national standard. It not only has excellent electrical insulation performance, but also can withstand extreme environmental tests from -60 ℃ to+200 ℃ (conventional type) and even 350 ℃ to 1000 ℃ (high temperature type), adapting to high humidity, high condensation water and complex climate conditions in greenhouses.

This heating wire supports 600V AC rated voltage and 3500V DC high voltage applications, with flexible wiring that can be hung along the shed, buried, or wrapped around the surface of pipelines. It has high thermal conversion efficiency and is energy-saving. It has high flexibility, is easy to construct and install, and is not easily broken. Widely used in various intelligent greenhouses, constant temperature breeding sheds, industrial drying channels, and pipeline heat tracing and insulation systems, it is an ideal choice for modern agricultural temperature control systems and industrial heating fields. It is recommended to use it in conjunction with a thermostat to achieve automated temperature management, reduce labor costs, and improve planting efficiency.

AfterSalesService :