The heating system is composed of control circuit and furnace. The furnace lining uses vacuum forming high-purity aluminum oxide lightweight material, and imported high-temperature alloy resistance wire is used as heating element. Heat-resistant stainless steel tube traverses the middle of the furnace body as the furnace, both ends of the furnace tube are sealed with stainless steel flanges, and the heating element is parallel with the furnace tube, which can effectively ensure the uniformity of the temperature field. The temperature measurement adopts a stable K-type thermocouple to improve the accuracy of temperature control. It is a special equipment developed for colleges and universities, scientific research institutes and industrial and mining enterprises to sintering, melting and analyzing metal, non-metal and other compound materials in atmosphere or vacuum. The furnace temperature control panel is an intuitive and simple touch screen, so as to observe the working state of the system at any time.

NBD-T1200-100IIIT2ZD

Three-phase 380V; 50HZ

Tmax

rated power

Touch screen size

thermocouple

Furnace tube size

φ273*2190mm

Furnace length

L2400×D1150×H2400mm

Recommended heating rate

10℃/min

1, sintering process curve setting: dynamic display setting curve, equipment sintering can prestore multiple process curves, each process curve can be set freely;
2, can be reserved sintering, to achieve unattended sintering process curve sintering;
3, real-time display of sintering power and voltage information and record sintering data, and can be exported to achieve paperless recording;
4, with remote control, real-time observation of equipment status;
5, temperature correction: the difference between the main control temperature and the sample temperature, the whole sintering process for nonlinear correction.

Temp. Accuracy

+/- 1 °C

Local picture

Net weight

Approx.900KG

Cautions

Service

One year limited warranty with lifetime support (warranty does not include consumable parts)