Muffle Furnace

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Muffle Furnace Specification

Measurement Range
Up to 1200C

Accuracy
2C

Automation Grade
Manual

Core Components
Heating Element, Insulation, Thermal Regulator

Feature
Uniform Heating, Energy Efficient, Fast Heat-Up

Capacity
2 L

Model No
MF-1200

Frequency
50 Hz

Temperature Range
Ambient to 1200C

Voltage
220-230 V

Power Source
Electric

Equipment Materials
Mild Steel Body with Powder Coating, Ceramic Insulation

Type
Laboratory Furnace

Usage
Laboratory, Industrial Applications

Display Type
Digital

Dimension (L*W*H)
305 mm x 125 mm x 125 mm (Inner chamber)

Weight
15 kg (approx.)

Safety Features
Overtemperature Protection, Door Interlock Switch

Controller Type
Digital PID Controller

Door Type
Front Opening, Ceramic Fiber Lined

Heating Element Material
Kanthal A1 Wire

Thermocouple
K-Type

Heat-Up Time
Approx. 30 min to max temp

Chamber Material
High Temperature Ceramic

Exterior Finish
Epoxy Powder Coated

Maximum Power Consumption
2.5 kW

About Muffle Furnace

Highlighted as a hot-selling laboratory furnace, the MF-1200 Muffle Furnace is a monumental blend of precision and reliability. Featuring a meritorious Kanthal A1 wire heating element and a gilt-edged ceramic fiber lining, it ensures rapid heat-up and exceptional temperature uniformity. The front-opening door, robust mild steel construction, digital PID controller, and advanced safety features, like overtemperature protection and door interlock switch, make it ideal for demanding applications. Order this energy-efficient, fast-heating solution for premium results in laboratories and industrial sectors across India.

Features, Uses, and Areas of Application

The MF-1200 Muffle Furnace stands out for its uniform heating, energy efficiency, and fast heat-up capability, reaching temperatures up to 1200C with 2C accuracy. Used for ashing, sintering, heat treatment, and material testing, it finds application in laboratories, research facilities, and industrial environments. Its advanced thermal regulation and ceramic insulation ensure safety and reliability, making it a preferred choice for professionals seeking precision and efficiency in thermal processes.

FOB Port, Sample Policy, and Export Markets

Premium shipment services are offered with FOB Port delivery from India. Samples are handed over according to mutually agreed policies to ensure clients receive optimal hands-on experience. Main export markets include Asia, Africa, the Middle East, and Europe, where timely delivery and quality assurance are valued. The furnace is manufactured and supplied by a leading exporter, guaranteeing meritorious standards for international clients seeking dependable laboratory solutions.

FAQ's of Muffle Furnace:

Q: How does the MF-1200 Muffle Furnace maintain temperature accuracy during operation?

A: The MF-1200 utilizes a digital PID controller and K-Type thermocouple, ensuring precise temperature regulation within 2C, offering reliable results for laboratory and industrial processes.

Q: What safety features are integrated into this muffle furnace?

A: Safety is prioritized with overtemperature protection and a door interlock switch, safeguarding users and maintaining operational integrity during heating cycles.

Q: Where can the MF-1200 Muffle Furnace be used?

A: This furnace is ideal for laboratories, research institutes, and various industrial applications, including ashing, sintering, and material analysis processes.

Q: What is the process for ordering and delivery of samples for export clients?

A: Samples are handed over as per the agreed sample policy, and delivery is managed through the designated FOB port to provide timely, secure shipment to export markets.

Q: What benefits does the Kanthal A1 wire heating element offer?

A: Kanthal A1 wire enables quick heat-up, high reliability, and prolonged operational life, ensuring efficient and uniform heating for critical laboratory applications.

Q: When does the furnace reach its maximum temperature?

A: The MF-1200 typically heats up to its maximum temperature of 1200C within approximately 30 minutes, allowing for prompt initiation of thermal processes.

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