Graphite Hot Plate T-GH-2030

Introduction

Graphite Hot Plate is designed to hold large sample capacity up to 40 kg. Built from high-quality material for superior heat conductivity and durability. It features a robust cold-rolled steel exterior with a surface spray coating for enhanced protection. Incorporated with an advanced digital control system for efficient thermal regulation. Graphite Hot Plate provides maximum temperature of 400℃ for diverse experimental needs.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Graphite Hot Plate is vital for chemical synthesis and environmental testing, providing stable temperatures for reactions and simulating heat conditions for material exposure.

Specifications

Heating Plate Material	Graphite plate
Outer Body Material	Cold-rolled Steel Plate, Surface Spray coated
Load Capacity	40 kg
Operation Mode	Continuous
Temperature Control Mode	Digital
Temperature Range	400℃
Temperature Sensor	K type
Temperature Accuracy	±1%
Heating Plate Surface Uniformity	±10%
Power Consumption	4500W
Power Supply	220V, 50/60 Hz
Heating Plate Dimension	400 × 600 mm
Dimension (W × L × H)	470× 650× 220 mm
Package Dimension (W × L × H)	700× 660×270 mm
Net Weight	28 kg
Gross Weight	30 kg

Features

Continuous Operation Mode

K-Type Temperature Sensor

Lightweight Design

Corrosion Resistance

Non-Slip Flat base

FAQs

1. What is a Graphite Hot Plate?

A Graphite Hot Plate is an apparatus designed for heating and maintaining the temperature of samples in research as well as industrial environment.

2. What is the difference between a Graphite Hot Plate and an Electric Hot Plate?

Graphite Hot Plate uses graphite for superior thermal conductivity and high-temperature resistance whereas an Electric Hot Plate uses a metal coil or resistance heater to generate heat.

3. Can Graphite Hot Plate be used in high-humidity environments?

It is resistant to humidity and moisture therefore is suitable for high-humidity environments.

4. Can Graphite Hot Plate handle high heat over extended periods?

It can withstand high temperature over long periods therefore is suitable for applications that requires continuous or prolonged heating.

5. Is Graphite Hot Plate resistant to chemical reactions?

It is resistant to chemical reactions that involves acids, bases and organic solvents.

6. Is Graphite Hot Plate resistant to wear and tear?

It is highly resistant to wear and tear under normal operating conditions.