Glass powder sintering furnace

Product Parameters

Model:JZBS-48-1750

Device dimensions:Work area size mm 500 * 400 * 400 (D * W * H) unit mm

Equipment full-size mm（Based on the confirmation of the design drawings）

Main technical parameters

1. Temperature range: RT~1750 ℃

2. Instrument temperature control accuracy: ≤± 1 ℃

3. Heating element: high-quality new process silicon molybdenum rod.

4. Thermocouple: B-type double platinum rhodium zirconium tube thermocouple.

5. Temperature: 1750 ℃

6. Common temperature: 1650 ℃

7. The heating element adopts high-quality new process silicon molybdenum rod

Internal and external structural materials

1. Furnace material: Calcined and hardened ceramic fiber furnace, with a large amount of alumina formed by vacuum adsorption

Crystal fiber splicing structure, durable, with low shrinkage rate, low thermal conductivity, and protection

Good temperature effect, durable and energy-saving advantages.

2. The furnace body adopts a double-layer furnace shell structure, which can quickly raise and lower the temperature,

3. Outer SPCC steel plate rust prevention treatment+powder coating treatment

4. The inner box is3mmSPCCThe furnace adopts a square splicing structure, with heating elements arranged around four sides

Cloth makes the temperature field more uniform, and the heating element protection groove plays a good protective role.

5. There are fans installed between the double-layer furnace shells, and the surface temperature of the furnace body is low

Temperature control system/lifting control system

1. The temperature control adopts Xiamen Yudian automatic intelligent temperature controller, and the accessories are selected from Chint Electric.

2. The temperature control method is P.I.D+S.R. thyristor

3. Control mode: 50 segment program temperature control, phase shift triggering, thyristor control

4. The lifting part adopts screw lifting to ensure high-temperature material retrieval and safe operation.six

Insulation and heating methods

1. High temperature resistant fibers and air insulation

2. Aluminum oxide polycrystalline fiber board insulation

3. Heating methods include thermal radiation and natural convection

Security protection system

1. Fuse

2. Overcurrent protection device

3. Over temperature protection device