• TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven
  • TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven
  • TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven
  • TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven
  • TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven
  • TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven
TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven

제품 상세 정보:

원래 장소: 중국
브랜드 이름: TENCAN
인증: CE
모델 번호: TC-12NT

결제 및 배송 조건:

최소 주문 수량: 1
배달 시간: 7~15
지불 조건: D/A,L/C,D/P,T/T,웨스턴 유니온
최고의 가격 접촉

상세 정보

최대 온도: 1200°C / 1400°C / 1600°C 옵션 작동 온도: 1100°C / 1300°C / 1500°C 선택 사항
난방 구역: 300mm / 450mm 선택 사항 튜브 직경: 40~120mm 선택
튜브 재질: 석영 튜브 / 알루미나 튜브 옵션 발열체: 저항선 / SiC 히터 / MoSi2 히터 옵션
온도 정확도: ±1°C 온도 프로그램: 30세그먼트 프로그래밍 가능 제어
진공 성능: 최대 -0.1MPa, 분자 펌프 옵션 분위기 제어: 진공/질소/아르곤/불활성 가스 사용 가능
강조하다:

CVD Horizontal Vacuum Tube Furnace

,

1600C Horizontal Vacuum Tube Furnace

,

Laboratory Horizontal Vacuum Tube Furnace

제품 설명

Vacuum Tube Furnace for Laboratory and Industrial Thermal Processing

The TENCAN Vacuum Tube Furnace is a high-temperature horizontal tube furnace designed for vacuum, inert gas, reducing atmosphere, and controlled atmosphere heat treatment. It can be equipped with a high-purity quartz tube or high-purity alumina tube according to different temperature requirements and application conditions. Available temperature options range from 300°C to 1600°C, making it suitable for laboratory research, material testing, quality inspection, and small-batch production.

This vacuum tube furnace provides stable heating performance, accurate temperature control, excellent insulation, and uniform furnace temperature distribution. With its vacuum and gas atmosphere capability, it is widely used in universities, research institutes, laboratories, mining enterprises, material companies, and industrial production facilities for high-temperature sintering, metal material processing, powder metallurgy experiments, ceramic research, and thermal analysis.

As a horizontal tube furnace, the equipment allows samples to be placed inside the furnace tube while the temperature program and atmosphere conditions are precisely controlled. Users can create different processing environments inside the tube, including vacuum, nitrogen, argon, inert gas, or reducing atmosphere, to meet specific experimental and production requirements.

The furnace chamber adopts high-quality alumina polycrystalline fiber insulation material produced by vacuum forming technology, providing excellent heat preservation and energy-saving performance. The double-layer air-cooling furnace shell helps keep the outer surface temperature below 50°C during operation, improving safety and user comfort.

This series is equipped with a 50-segment programmable temperature controller, enabling automatic heating programs for complex thermal processes. It also features 304 stainless steel double-sealed flanges, adjustable flange support structures, over-temperature protection, leakage protection, and optional molecular pump systems for higher vacuum requirements.

Key Features

Maximum temperature options: 1200°C with resistance wire heating, 1400°C with silicon carbide heating elements, and 1600°C with molybdenum disilicide heating elements.

Intelligent 50-segment programmable automatic temperature control.

Double-layer air-cooling furnace shell with low surface temperature.

High-quality alumina polycrystalline fiber furnace chamber for excellent insulation.

304 stainless steel double-sealed flanges for reliable sealing performance.

Adjustable flange support structure to help extend furnace tube service life.

Over-temperature protection with automatic power cut-off.

Leakage protection for improved operational safety.

Heating rate up to 20°C/min.

Temperature control accuracy of ±1°C.

Standard vacuum level up to -0.1 MPa.

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

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 0


TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 1

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 2

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 3

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 4

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 5

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 6

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 7

TENCAN 1200C 1400C 1600C Horizontal Vacuum Tube Furnace Split Laboratory Sintering CVD Quartz Alumina Tube Oven 8

Technical Parameters

Standard 1200°C Series

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


Standard 1400°C Series

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


Standard 1600°C Series

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


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