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TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
Specifications
Furnace Tube :
High-Purity Quartz Tube or Alumina Tube
Model Number :
TC-16MT
Safety Protection :
Over-Temperature, Leakage Protection and Auto Power-Off
Control Accuracy :
±1°C Stable Temperature Control
Delivery Time :
7~15
Tube Size Options :
40~120mm Diameter, 300~450mm Heating Zone
Cooling Structure :
Double-Layer Air-Cooled Shell, Surface Below 50°C
Certification :
CE
Heating Temperature :
1200°C / 1400°C / 1600°C Models Available
Control System :
30-Segment Programmable Temperature Controller
MOQ :
1
Atmosphere Control :
Vacuum, Nitrogen, Argon and Other Inert Gases Available
Place of Origin :
CHINA
Heating System :
Resistance Wire / SiC / MoSi2 Heating Optional
Vacuum Capability :
Vacuum Degree Up to -0.1MPa
Brand Name :
TENCAN
Description

Product Introduction

The TENCAN Vacuum Tube Furnace is a versatile high-temperature furnace designed for material sintering, heat treatment, atmosphere protection, and vacuum processing. Depending on the required operating temperature and application environment, the furnace tube can be selected from high-purity quartz or high-purity alumina, with available temperature ranges from 300°C to 1600°C.

This tube furnace is engineered to provide a stable thermal environment with precise temperature control, efficient insulation, and excellent temperature uniformity inside the heating zone. It supports both vacuum operation and controlled gas atmosphere processing, allowing users to perform experiments under vacuum, inert gas, protective gas, or reducing atmosphere conditions.

With safe operation, user-friendly control, and flexible configuration options, this vacuum tube furnace is widely used in universities, scientific research institutes, laboratories, industrial enterprises, and quality inspection departments. It is suitable for high-temperature sintering, metal material heat treatment, powder metallurgy research, ceramic material testing, atmosphere experiments, and small-batch production.




TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced

Technical Parameters

Standard 1200°C Series

Model Tube Diameter × Heating Zone Length Power Max. Temperature Working Temperature Thermocouple Furnace Tube Material
TC-12NT-40/300 40 × 300 mm 3 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-60/300 60 × 300 mm 3 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-80/300 80 × 300 mm 5 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-100/300 100 × 300 mm 5 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-120/300 120 × 300 mm 6 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-40/450 40 × 450 mm 3 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-60/450 60 × 450 mm 3 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-80/450 80 × 450 mm 5 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-100/450 100 × 450 mm 5 kW 1200°C 1100°C Type K Quartz Tube
TC-12NT-120/450 120 × 450 mm 6 kW 1200°C 1100°C Type K Quartz Tube

Standard 1400°C Series

Model Tube Diameter × Heating Zone Length Power Max. Temperature Working Temperature Thermocouple Furnace Tube Material Heating Element
TC-14ST-40/300 40 × 300 mm 4 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-60/300 60 × 300 mm 4 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-80/300 80 × 300 mm 4 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-100/300 100 × 300 mm 6 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-120/300 120 × 300 mm 6 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-40/450 40 × 450 mm 4 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-60/450 60 × 450 mm 4 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-80/450 80 × 450 mm 4 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-100/450 100 × 450 mm 6 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod
TC-14ST-120/450 120 × 450 mm 6 kW 1400°C 1300°C Type S Corundum Tube Silicon Carbide Rod

Standard 1600°C Series

Model Tube Diameter × Heating Zone Length Power Max. Temperature Working Temperature Thermocouple Furnace Tube Material Heating Element
TC-16MT-40/300 40 × 300 mm 4 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-60/300 60 × 300 mm 4 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-80/300 80 × 300 mm 4 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-100/300 100 × 300 mm 6 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-120/300 120 × 300 mm 6 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-40/450 40 × 450 mm 5 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-60/450 60 × 450 mm 5 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-80/450 80 × 450 mm 5 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-100/450 100 × 450 mm 7 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element
TC-16MT-120/450 120 × 450 mm 7 kW 1600°C 1500°C Type B Corundum Tube MoSi₂ Heating Element

TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced

Product Features

Available maximum temperature options: 1200°C with resistance wire heating, 1400°C with silicon carbide heating elements, and 1600°C with MoSi₂ heating elements.

Equipped with an intelligent 50-segment programmable temperature controller for automatic heating programs and precise process control.

The furnace shell adopts a double-layer air-cooling structure, helping keep the external surface temperature below 50°C during operation.

The furnace chamber is made of high-quality alumina polycrystalline fiber insulation, formed by vacuum-forming technology for excellent heat preservation, low heat loss, and improved energy efficiency.

304 stainless steel double-sealed flanges provide reliable sealing performance for vacuum and controlled atmosphere applications.

Adjustable flange support structures at both ends help reduce stress on the furnace tube and extend tube service life.

Over-temperature protection automatically cuts off power when the temperature exceeds the allowed setting value.

Electrical leakage protection automatically shuts off the power when leakage is detected, improving operational safety.

Heating rate: ≤20°C/min.

Temperature control accuracy: ±1°C.

Maximum vacuum level: -0.1 MPa.

Optional molecular pump system is available, with vacuum level up to 7 × 10⁻⁴ Pa.

TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced


TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced

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TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced

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Product Detail
Furnace Tube :
High-Purity Quartz Tube or Alumina Tube
Model Number :
TC-16MT
Safety Protection :
Over-Temperature, Leakage Protection and Auto Power-Off
Control Accuracy :
±1°C Stable Temperature Control
Delivery Time :
7~15
Tube Size Options :
40~120mm Diameter, 300~450mm Heating Zone
Contact Supplier
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced
TENCAN MoSi2 Heating 1600C Vacuum Tube Furnace TC-16MT B Type Thermocouple Split Lab Oven 30-Segment Programmable Advanced

Changsha Tianchuang Powder Technology Co., Ltd

Verified Supplier
9 Years
hunan, changsha
Since 2006
Business Type :
Manufacturer, Exporter, Seller
Main Products :
Laboratory Ball Mill, Planetary Ball Mill, Rolling Ball Mill
Total Annual :
3 millions-4 millions
Employee Number :
80~100
Certification Level :
Verified Supplier
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