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Vacuum De-Binding Furnace

Name: Vacuum De-Binding Furnace
Brand: UNITED ENTERPRISES
Price: 5000000.0 INR
Availability: InStock

Price 5000000.0 INR/ Unit

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MOQ : 1 Unit

Vacuum De-Binding Furnace Specification

Feature
Precise temperature control, high vacuum capability, energy efficient

Rating
IP54

Condition
New

Type
Vacuum De-Binding Furnace

Usage
Industrial

Power
12 kW

Voltage
380 V

Size
Customizable as per requirement

Dimensions
1600 x 1200 x 2100 mm

Weight
950 kg

Application
Debinding process for metal injection moulded components

Fuel Type
Electric

Capacity
50-200 kg/batch (customizable)

Process Atmosphere
Inert or vacuum environment

Display
Digital PID control

Heating Element Material
High quality Mo/SiC

Insulation
Multi-layer ceramic fiber board insulation

Door Type
Front opening, robust sealing

Maximum Temperature
up to 1200C

Cycle Time
4-12 hours depending on load

Chamber Material
High-grade stainless steel

Vacuum Level
Up to 10^-3 mbar

Safety Features
Over-temperature protection, emergency shutdown

Control System
PLC based fully automatic system

Cooling System
Water cooled chamber

Temperature Uniformity
2C

Vacuum De-Binding Furnace Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

About Vacuum De-Binding Furnace

Vacuum De-Binding Furnace manufactured by United Enterprises is a specialty vacuum furnace built for thermal removal of polymer binders from injection-moulded PM and ceramic green parts before sintering.

Brief Description:

In metal injection moulding (MIM) and ceramic injection moulding (CIM), the green part contains 3050% polymer binder that must be removed before sintering. Vacuum de-binding gives tight control over the binder removal cycle, minimising defects and ensuring repeatable downstream sintering.

Our Vacuum De-Binding Furnaces feature high-vacuum pumps, engineered exhaust systems with oil filters and cold traps, multi-zone heating and PLC / SCADA-based recipe management. Combined de-binding + sintering units are also supplied.

Each unit is engineered around the customers binder system, green-part geometry and throughput.

Characteristics:

Designed for thermal de-binding of MIM / CIM green parts
Maximum temperature up to 1200C (de-binding range typically 200C600C)
Working vacuum with engineered exhaust
Cold traps and oil filters for binder capture
Multi-zone PLC and SCADA temperature control
Multilayer insulation package
Combined de-binding + sintering option
Safety interlocks for binder vapour handling

About United Enterprises:

United Enterprises is a recognised Vacuum De-Binding Furnace manufacturer in India with over 25+ years of experience in vacuum thermal processing. We design, manufacture, supply, export and commission tailor-made vacuum de-binding furnaces across Asia and Europe. Our turnkey approach, in-house design and CE / ISO compliant manufacturing support MIM, CIM and advanced material industries.

FAQs:

Q: Why vacuum de-binding?

A: For tight control over binder removal, minimising defects in MIM / CIM green parts before sintering.

Q: Combined de-binding + sintering is it offered?

A: Yes. Combined units save floor space and avoid intermediate handling of fragile green parts.

Q: How is binder vapour handled safely?

A: Through engineered exhaust, cold traps and oil filters, with afterburners where required.

Advanced Temperature and Process Control

Achieve exceptional process accuracy with a digital PID control system and fully automatic PLC operation. The Vacuum De-Binding Furnace delivers superior temperature uniformity (within 2C) and stable vacuum levels, ensuring optimal binder removal without compromising component integrity.

Customizable for Industrial Needs

The furnace is available in customizable sizes and capacities, accommodating batch loads from 50 to 200 kg. Designed for various industrial settings, it features robust stainless steel construction, multi-layer insulation, and a water-cooled chamber, guaranteeing durability and energy efficiency.

Safety and Energy Efficiency Prioritized

Equipped with over-temperature protection, emergency shutdown, and IP54-rated electrical safety, the furnace ensures operator safety. Its high efficiency and low energy consumption support sustainable operations, while maintaining precise environmental control with inert or vacuum atmospheres.

FAQ's of Vacuum De-Binding Furnace:

Q: How does the Vacuum De-Binding Furnace achieve precise temperature uniformity?

A: The furnace utilizes a digital PID control system in combination with high-quality Mo/SiC heating elements and multi-layer ceramic fiber insulation. This setup ensures temperature uniformity within 2C throughout the chamber for effective and consistent binder removal.

Q: What types of processes or components can this furnace be used for?

A: It is primarily designed for debinding processes in metal injection moulding applications, making it ideal for manufacturers producing high-precision metal components where controlled removal of binders is critical.

Q: When should I choose a vacuum or inert atmosphere for the debinding process?

A: A vacuum or inert environment is selected based on the material and binder properties. Vacuum is preferable for high-purity requirements, while inert gases prevent oxidation. The furnace supports both options to offer versatile process control.

Q: Where can the Vacuum De-Binding Furnace be installed?

A: Thanks to its customizable size and IP54 rating, the furnace can be installed in varied industrial environments, including metal processing facilities and specialized manufacturing plants. Consultation for optimal placement is recommended during installation.

Q: How does the cooling system contribute to the furnace's operation?

A: The water-cooled chamber enables rapid and controlled cooling after the debinding cycle, protecting the furnace's structural integrity and allowing quicker turnaround between batches.

Q: What are the benefits of using this furnace over traditional debinding equipment?

A: This furnace offers superior temperature control, high vacuum capability, energy efficiency, and enhanced safety features. It ensures cleaner debinding, reduced contamination risk, and improved final product quality.

Q: What safety features are included in the furnace design?

A: The furnace is equipped with over-temperature protection, an emergency shutdown system, robust door sealing, and IP54-rated components, providing stringent safeguards for operators and equipment alike.

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