The amazing Square Hot Plate is a fantastic heating device that's used all over the place, from laboratories to industrial fields. It's loved for its flat heating surface, precise temperature control, and versatile design. The Square Hot Plate is an incredible, versatile heating device that's perfect for all kinds of laboratory and industrial applications. With proper use and maintenance, you can supercharge the efficiency and safety of your experiments and production. If you have specific application scenarios or requirements, I'd love to hear from you so I can provide more detailed suggestions!
Jaye Heater Technology Co., Ltd. is one of the most reliable manufacturers and suppliers of square cooking hot plate in China, also supports custom service. Welcome to wholesale high quality square cooking hot plate at competitive price from our factory.
The amazing Square Hot Plate is a fantastic heating device that's used all over the place, from laboratories to industrial fields. It's loved for its flat heating surface, precise temperature control, and versatile design.
The Square Hot Plate is an incredible, versatile heating device that's perfect for all kinds of laboratory and industrial applications. With proper use and maintenance, you can supercharge the efficiency and safety of your experiments and production. If you have specific application scenarios or requirements, I'd love to hear from you so I can provide more detailed suggestions!
| Products name | Square cooking hot plate |
|
Size and weight |
Heating surface size: Common sizes are 15x15 cm, 20x20 cm, 30x30 cm. Weight: usually between 2 and 5 kg. |
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Temperature specifications |
- Range: room temperature to 300 °C, some models up to 450 °C. - Accuracy: ±1 °C to ±5 °C. - Uniformity: ±5 °C to ±10 °C. |
|
Heating power |
500W to 1500W. Heating time: It usually reaches the set temperature in a few minutes, depending on the power and size. |
|
Materials |
Heating surface material: ceramics, aluminium or stainless steel, providing good heat transfer and resistance to chemicals. The shell is made of plastic or metal to make it stable and safe. |
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Control type: digital or analogue. |
Control methods: constant, PID, etc. |
|
Power supply |
Requirements: They usually run on 220-240V AC, but 110V models are also available. 50/60 Hz. |
|
Safety features |
Overheating protection: automatic shutdown or alarm. Anti-slip design: Anti-slip pad for stability. Chemical resistance: Suitable for lab chemicals. |
|
Additional features |
Magnetic stirring. Some models have a magnetic stirrer with adjustable speed (100 to 1500 RPM). Timer: Some models have a timer that lets you set the heating time. |
|
Connection |
Some models have USB or RS232 for data recording and remote control. Intelligent features: Some models can connect to Bluetooth or Wi-Fi for remote monitoring and control. |
Features of Square cooking hot plate
1. Square heating surface:
The square design provides a larger heating area, suitable for containers of various shapes and sizes.
Material: The heating surface is usually made of stainless steel or ceramic to ensure durability and heat conduction.
Compact design: It can be placed on a lab counter or workbench.
2. Heating performance:
Heats up quickly: Efficient heating elements reach set temperatures quickly.
Heats evenly. It distributes heat evenly, avoiding hot and cold spots.
Can reach temperatures between 200 °C and 400 °C, suitable for various applications.
3. Temperature control:
Precise adjustment: It has a digital or analogue temperature control system for accurate temperature adjustment.
Adjustable temperature range: Can be adjusted to different temperatures for different experiments and industrial applications.
Stable temperature: Good temperature stability means a constant temperature over time.
4. Safety features:
Overheating protection: It has a built-in overheating protection function.
Corrosion resistance: Ceramic or stainless steel is resistant to chemicals and is suitable for lab work.
Anti-slip design: Heating plates have anti-slip pads to keep them stable.
5. Multifunctionality:
Heats liquids, solids, chemical reactions, and dissolved substances.
Compatible with various containers.
Some models have a magnetic stirring function.
6. User-friendliness:
Simple operation: intuitive control panel and display screen.
Easy to clean: smooth heating surface.
Durability: high-quality materials and design.
7. Other characteristics:
Energy-saving design.
Portability: lightweight.
1. Chemical experiment
Sample heating: heats chemical samples for use in experiments.
Evaporation of solvents: Speed up solvent evaporation and make experiments more efficient.
Synthesis reaction: Heating environment for organic synthesis.
Biological Experiment
Heat and dissolve the culture medium to prepare it for use.
Sample incubation: Incubate samples at a constant temperature in biological experiments.
Physical experiment Study how different materials conduct heat.
A thermal decomposition experiment is used to study how substances break down at high temperatures.
2. Industrial applications
Material processing
Material testing is used to test the thermal stability and properties of materials.
Electronic Manufacturing
Welding and bonding: used for heating components.
PCB manufacturing. PCB production involves preheating and post-heat treatment.
3. Heating samples in the food industry.
Used in food research to heat samples.
Food processing: used to heat food samples for testing.
Small-scale cooking is used in experimental kitchens to develop recipes or test cooking techniques.
4. Teaching experiment
Used in schools and universities to teach students about heat transfer and chemical reactions.
Demonstration: Show chemical reactions and physical processes in the classroom.
5. Pollutant analysis
used to test for pollutants in water or soil.
Water quality testing. Heating and treating samples for water treatment research.
6. Pharmaceutical industry
Making drugs: Used for heating and reacting raw materials in drug development.
Quality control: Used for heating and drying drug samples for analysis.
7. Petroleum and chemical industry
Sample analysis: Heating petroleum samples to study their properties and composition.
Reaction testing: Used in chemical research and development to test chemical reactions.
Funtion of Square Cooking Hot Plate
Heating:
Uniform heat distribution: Square hotplates are designed to provide even heating across their surface, ensuring a consistent temperature for the material or sample being heated.
Adjustable temperature control: Most hotplates are equipped with temperature control features, allowing precise adjustment of heat levels to suit different
experimental or industrial requirements.
Stirring:
Some hotplates have built-in stirring functions, allowing solutions to be heated and mixed simultaneously. This is particularly useful in chemical laboratories where homogeneous mixtures are required.
Evaporation:
Used to evaporate solvents from samples, a critical step in many laboratory procedures.
Drying:
Ideal for drying samples or materials quickly and efficiently, providing a controlled environment to remove moisture.
Melting:
Suitable for melting substances such as wax, agar or other solids that require a controlled heating process.
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