Tubular Experimental Electric Furnace

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Tubular Experimental Electric Furnace

We can provide customized models based on customers’requirements. The common models are listed below. The production cycle is 40days.

Technical Specification of TC-10G Series 1,000℃ TubularExperimental Electric Furnace

Model

Service Temperature (℃)

Diameter of Tube (mm)

Length of Constant Temperature Section (mm)

Power (kW)

Voltage (V)

TC—14G1

1,000

80—400

2—5

220

TC—14G2

1,000

80—400

5—8

220

TC—14G3

1,000

80—400

8—10

380

TC—14G4

1,000

80—400

10—12

380

Technical Specification of TC-14G Series 1,400℃ Tubular Experimental Electric Furnace

Model

Service Temperature (℃)

Diameter of Tube (mm)

Length of Constant Temperature Section (mm)

Power (kW)

Voltage (V)

TC—14G1

1,400

80—400

2—5

220

TC—14G2

1,400

80—400

5—8

380

TC—14G3

1,400

100

80—400

8—10

380

TC—14G4

1,400

120

80—400

10—12

380

Based on the box experimental electric furnace, the tubular experimentalchanges the shape to meet special experimental needs. It can be widely used intemperature controlling in college experiments and product developments. Thecontrol panel provides easy configuration for the users to realize automaticheating, preservation, and cooling process. The accuracy of temperaturecontrolling can be ±1℃.

We strictly choose corundum 99 ceramic as the furnace tube material. Thismaterial has good heatproof and heat insulation property, and it is verydurable which makes it a good choice under high-temperature circumstance inlong-term use. It can create a uniform heating environment inside the furnace.Tests show the temperature difference is under ±1℃, so it can ensure theexperimental results reasonable and reliable. The temperature of the surface offurnace can be kept around room temperature. Protective gas such as oxygen,nitrogen, argon can be injected to make it an experimental electric furnacewith better safety.

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