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Graphite Hot Plate LMGH-204 is designed to offer controlled heating technology with maximum temperature of 420℃. It provides an isostatic high-purity graphite surface for optimal thermal conductivity and resistance to acid, alkali, and corrosion. Incorporates rectangular surface that delivers rapid and uniform heating across the entire area. Equipped with an LCD screen for easy viewing, setting, and adjusting of temperature parameters. Our Hot Plate ensure heating for chemical analysis, sample drying, and evaporation in research and industrial laboratories.
CatalogSpecifications
| Heating Size | 400×280mm |
| Plate Material | Graphite |
| Bearing Capacity | 5kg |
| Temperature Control Range | RT + 50 to 420℃ |
| Time Set Between | 0-9999min |
| Continuous Use Up to | 8 hours |
| Shell Material | Iron plate spraying |
| Heating Method | Resistance wire heating |
| Heating Power | 2KW |
| Temperature Sensor | K-type |
| Temperature Accuracy | ±1° |
| Panel Center | 0.7 |
| Area Temperature Uniformity | ±3% |
| Power Supply | AC220V/50Hz |
| Dimensions | 400×430×200 mm |
| Net weight | 13kg |
| Gross weight | 22kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Graphite Hot Plate LMGH-204 | $940.00 | Each of 1 |
Features
PID temperature control
Over-temperature alarm
Automatic error correction
Power-off memory function
Adjustable timing function
Self-tuning capability
Stainless steel construction
Applications
Graphite Hot Plate LMGH-204 ensures uniform temperature distribution for research, pharmaceutical, and industrial processes. It is applied for controlled heating for chemical analyses, including drying, heating, and evaporating in laboratories.
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Frequently Asked Questions
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.
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.
Can Graphite Hot Plate be used in high-humidity environments?
+It is resistant to humidity and moisture therefore is suitable for high-humidity environments.
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.
Is Graphite Hot Plate resistant to chemical reactions?
+It is resistant to chemical reactions that involves acids, bases and organic solvents.
Is Graphite Hot Plate resistant to wear and tear?
+It is highly resistant to wear and tear under normal operating conditions.