High Temprature Furnace

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High Temprature Furnace Specification

Control Type
Digital PID Controller

Features
Energy Efficient, Overheat Protection, Programmable Controller, Uniform Heating

Shape
Rectangular

Temperature Resistance
Up to 1700C

Glass Type
No Glass, Ceramic Insulation

Heating Capacity
Rapid Heating Up to 1700C

Power Supply
Single Phase

Accuracy
1C

Display Type
Digital

Type
High Temperature Furnace

Dimension (L*W*H)
450 x 300 x 300 mm

Equipment Type
Furnace

Equipment Materials
Mild Steel (MS) Exterior, Ceramic Fiber Insulation

Power
6 kW

Voltage
220-240 V AC, 50/60 Hz

Material
High-grade Steel & Ceramics

Application
Laboratory, Heat Treatment, Material Testing, Research

Capacity (Ltr)
40 Liters

Maximum Loading Weight
20 kg

Accessories Included
Ceramic tray, tongs, heat resistant gloves

Temperature Uniformity
±5°C

Installation Type
Bench-top

Chamber Material
High alumina ceramic

Net Weight
82 kg

Ambient Temperature Range
5°C to 40°C

Cooling System
Natural air cooling

Heating Element Type
Kanthal A1 wire

Insulation Thickness
100 mm

Controller Protection
Over temperature cut-off, safety relay

Door Type
Front opening, insulated

About High Temprature Furnace

Experience the crowning innovation in laboratory heating with our High Temperature Furnacea must-have for research and industrial environments. This top-grade equipment features Kanthal A1 wire heating elements and a polished high alumina ceramic chamber, delivering unprecedented uniformity and rapid heating up to 1700C. Its robust build includes 100 mm ceramic fiber insulation and a carefully engineered mild steel exterior. Safety is enhanced by over-temperature cut-off and relay systems, while the programmable digital PID controller ensures accuracy (1C). Accessories like a ceramic tray and heat-resistant gloves complete this hot deal.

Advanced Features for Diverse Applications

This High Temperature Furnace is distinguished by precise digital PID control, programmable heating, and a front-opening insulated door for effortless access. Its sturdy design and inclusion of essential accessories such as tongs and gloves make it ideal for laboratories, material research, and heat treatment. Used by professionals across academia and industry, energy efficiency and unmatched temperature uniformity set it apart in challenging environments. Its 20 kg loading capacity and quick heat-up capability streamline technical workflows and testing procedures.

Domestic Supply and Global Export Reach

We supply this leading-edge High Temperature Furnace at competitive rates across India and export to major industrial markets worldwide. Our logistics network ensures smooth transportation and timely delivery. Sample policies are customer-centric, providing evaluation units on request to facilitate bulk procurement decisions. With reliable domestic and export supply chains, we are committed to offering customers prompt service and robust after-sales support for this advanced laboratory furnace.

FAQs of High Temprature Furnace:

Q: How does the High Temperature Furnace ensure uniform heating across the chamber?

A: The furnace is designed with Kanthal A1 wire heating elements and 100 mm thick ceramic fiber insulation, guaranteeing temperature uniformity of 5C throughout the entire high alumina ceramic chamber.

Q: What user safety features are integrated into this furnace model?

A: It offers a programmable digital PID controller, over-temperature cut-off, and a safety relay, all of which help prevent overheating and ensure secure operation during intensive laboratory use.

Q: Where is this furnace typically used?

A: This furnace is widely used in laboratories, material testing facilities, research institutions, and heat treatment operations due to its high capacity, accuracy, and reliable temperature control.

Q: When is it advantageous to use this furnace for material testing?

A: It is particularly beneficial when high-precision, rapid heating, and consistent temperatures up to 1700C are required, such as in advanced material testing and academic research projects.