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High Temperature Melt Furnace Chamber

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MOQ : 1 Set

High Temperature Melt Furnace Chamber Specification

Mounting Type
Floor-standing

Humidity
95% RH non-condensing

Test Range
0 - 1700C

Equipment Type
High Temperature Melt Furnace Chamber

Max Height
850 mm

Hardness
Refractory chamber ceramic lining

Automation Grade
Semi-automatic

Power Supply
AC 220V, 50/60Hz

Accuracy
1C

Number of Specimens
1-3

Operating Voltage
220V

Interface Type
RS485

Frequency
50/60 Hz

Port Size
DN40

Features
High-temperature insulation, rapid heating, safety interlocks

Measuring Range
0 - 1700C

Temperature
Ambient to 1700C

Resolution
0.1C

Display Type
Digital LCD

Application
Melting, heat treatment, material research

Response Time
< 3 seconds

Gas Pressure
Max. 0.8 MPa

Specimen Size
Diameter: 20-80mm, Height: max 100mm

Usage
Laboratory & industrial repeatable melting tests

Capacity
Up to 2 Liters

Machine Weight
Approx. 120 kg

Test Speed
1 - 50 mm/min (adjustable)

Test Width
100 mm

Test Stroke
Up to 400 mm

Control Mode
Digital PID controller

Safe Door Interlock
Integrated thermal safety switch

Data Logging
Optional USB automatic recording

Calibration
Digital temperature calibration

Surface Finish
Powder-coated corrosion-resistant body

Voltage Protection
Overload and leakage protection

Heating Element Type
MoSi2 or SIC rods

Ambient Working Temperature
5C to 40C

Cooling System
Natural convection (air cooled)

Insulation Type
Multi-layer ceramic insulation

Chamber Material
High purity alumina fiber

High Temperature Melt Furnace Chamber Trade Information

Minimum Order Quantity
1 Set

FOB Port
SHENZHEN

Supply Ability
1 Set Per Month

Delivery Time
30 Days

Packaging Details
Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside.

Certifications
CE,ISO

High Temperature Melt Furnace Chamber About

Product Description

1000 -1200 Degree High Temperature Melt Furnace Chamberhas stainless steel shell and there are observing holes on the door.
1000 -1200 Degree High Temperature Melt Furnace Chamberhas high-quality refractory materials and the vacuum, forming fiber module or lightweight ceramic.
There are vents on rear wall, anditcan be connectedwith fan or catalytic device.
1000-1200 Degree High Temperature Melt Furnace Chamberhas grounding leakage circuit breakers, and can protect personal safety
furnace chambermatches with process controllerC6D or C6 S27 (optional) respectively

The parameters:

Power	Highest temperature	Temperature Rising time	Furnace inside dimension	Out size dimension
2.5kw	1000 Degree C	50minute	200x120x80mm	542x360x440mm
5kw	1000 Degree C	60minute	300x200x120mm	650x440x515mm
8kw	1000 Degree C	70minite	400x250x160mm	800x520x587mm
12kw	1000 Degree C	80minite	500x300x200mm	920x608x725mm
2.5kw	1200 Degree C	120minite	200x120x80mm	600x440x550mm
54kw	1200 Degree C	135minite	300x200x120mm	650x570x550mm

Superior Temperature Control and Safety

This furnace chamber offers highly accurate temperature regulation, with a measuring range from ambient to 1700C and resolution of 0.1C. The integrated thermal safety switch and multi-layer insulation ensure safe operation, while overload and leakage protection safeguard both the equipment and users. The chamber is engineered for repeatable results in demanding environments.

Optimized for Research and Industrial Use

Combining rapid heating via MoSi2 or SiC rods with adjustable test speeds (1-50 mm/min) and digital PID control, this chamber suits laboratories and industrial settings. The capability to test up to three specimens simultaneously within a 2-liter capacity ensures versatility across material research and melting applications.

User-Friendly Operation and Data Management

The digital LCD display provides real-time temperature readings with quick response times (<3 seconds), and optional USB data logging allows automatic and secure recording. Calibration is straightforward with digital controls, streamlining the setup and operation for users. Interfacing is made simple with the RS485 port.

FAQs of High Temperature Melt Furnace Chamber:

Q: How does the High Temperature Melt Furnace Chamber maintain precise temperature control during operations?

A: The chamber uses a digital PID controller and high-quality MoSi2 or SiC rods as heating elements. These components, along with multi-layer ceramic insulation and high-purity alumina fiber lining, facilitate rapid heating and maintain temperature accuracy within 1C. Calibration can be performed digitally for maximum reliability.

Q: What safety features are included to protect users and equipment?

A: This furnace is equipped with an integrated thermal safety switch for safe door interlocking, overload and leakage voltage protection, and multi-layer insulation. These mechanisms collectively reduce operational risks, ensuring both user and equipment safety during high-temperature processes.

Q: When should data logging be utilized and how is it performed?

A: Data logging is ideal for experiments and industrial processes that require traceable temperature records. The furnace offers optional USB automatic recording, allowing users to capture operational data efficiently, which can be reviewed for quality assurance or research documentation.

Q: Where is this furnace best suited for use?

A: It is designed for laboratory and industrial environments where high-temperature melting, material research, and heat treatment tests are necessary. Its floor-standing mount, robust construction, and ambient working temperature range of 5C to 40C make it suitable for a variety of settings.

Q: What are the benefits of using high-purity alumina fiber as chamber material?

A: High-purity alumina fiber provides excellent thermal insulation, increasing energy efficiency and ensuring refractory properties. It protects the chambers integrity under extreme temperatures, facilitating repeatable and reliable test results.

Q: How does the cooling process work for this chamber?

A: The furnace relies on natural convection for cooling. This air-cooled method is effective for lowering the chamber temperature safely without requiring additional mechanical systems, keeping operating costs and maintenance low.

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