Vacuum Furnace T-VF-303

Introduction

Vacuum Furnace features a chamber volume of 4.5L and operates at a maximum temperature of 1200℃. It maintains a minimum vacuum level of 1.5 MGV ensuring optimal conditions for high-purity thermal processing. furnace is designed with quartz tube elements for consistent temperature distribution across the furnace chamber. It is equipped with a 7-inch touchscreen for precise control and real-time monitoring of parameters.

Applications

Vacuum Furnace is designed to perform various thermal treatments in a controlled vacuum environment and is widely used in metallurgy, aerospace, medical devices, electronics, research & development.

Specifications

Maximum Temperature	1200℃
Working Temperature	1100℃
Heating Rate	5 to 10℃/min
Cooling rate	10℃/min
Chamber Volume	4.5L
Furnace Chamber Size	150×150×200mm
Heating Element	Quartz
Thermocouple	K-type
Temperature Control	30-segment time – temperature curve adjustable and PID auto control
Temperature Accuracy	±1℃
Mass flow Controller	Yes (≦10 S
Dimension	816 × 882 × 645
Weight	1000 kgs

Features

Crafted with double-layer steel
Includes mechanical rotary vacuum pump
Accommodates inert gases
Offers over temperature alarm
Rapid cooling

Standard Accessories

Wrench

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Heat-resistant gloves Digital Vacuum Meter

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Mass Flow Controller

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Back Pressure Regulator

FAQs

1. What is a Vacuum Furnace?

A Vacuum Furnace is an apparatus designed to heats materials, typically metals, in a sealed chamber under vacuum to prevent contamination and oxidation during heat treatment.

2. How does a Vacuum Furnace work?

It works by removing air from the chamber to create a vacuum, then using electric heating elements to raise temperatures for precise heat treatment.

3. What materials can be processed in Vacuum Furnace?

It can process materials such as titanium, stainless steel, super alloys, copper, ceramics, and specialty metals.

4. What kind of maintenance does Vacuum Furnace require?

Regular maintenance includes checking vacuum seals, pumps, thermocouples, heating elements, and ensuring the control system is calibrated.

5. How does Vacuum Furnace improve product quality?

It improves product quality by eliminating oxidation, minimizing contamination, and providing uniform and controlled thermal profiles.

6. Can Vacuum Furnace be used for reactive metals?

It is ideal for reactive metals like titanium and tantalum because it prevents unwanted chemical reactions during heat treatment.

7. Can Vacuum Furnace perform heat treatment under partial pressure?

It can operate under partial pressure by introducing controlled amounts of inert gas to achieve specific metallurgical results.

8. How does Vacuum Furnace affect surface finish?

It improves surface finish by eliminating oxidation and scaling, resulting in cleaner and brighter parts post-treatment.

9. Can Vacuum Furnace be used for degassing materials?

It is ideal for degassing materials by removing absorbed gases and volatile substances during high-temperature vacuum exposure.

10. Can Vacuum Furnace be used for R&D purposes?

It is widely used in research and development for testing new materials, processes, and thermal profiles under controlled conditions.