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AELAB SH-5 Series Graphite Hot Plate – Precision Heating for Labs

The AELAB SH-5 Series Hot Plate is engineered for laboratory precision, featuring either aluminum or graphite plates for fast, uniform heating. With digital control options and high load capacity, it’s the ideal choice for researchers needing reliable and accurate thermal performance in various experimental applications.

Modles : SH-5~SH-II-8B
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A hot plate, often referred to as a graphite hot plate in certain contexts, is a flat, heated surface used for various applications such as cooking or scientific experiments. It consists of a heat-resistant material, like graphite, which offers excellent thermal conductivity and durability. The surface provides even heating, which is essential for precise temperature control. These plates are commonly used in laboratories for heating substances in glassware or for melting materials, and in kitchens for tasks like grilling or warming food. Their robust construction ensures they can handle high temperatures and repeated use.

  • Aluminum hot plate or Graphite hot plate
  • uniform surface temperature
  • Heating up fast and uniform
  • Digital hot plate: digital display indicating
    iiiil
  • temperature of hot plate clearly

 

🔬 How It Works? 🧠

The SH-5 Series utilizes either high-conductivity aluminum or robust graphite plates to deliver consistent thermal distribution across the surface. Powered by precision K-type sensors and optional digital temperature control, these hot plates rapidly reach target temperatures while maintaining tight tolerances. Models with digital interfaces allow easy monitoring and adjustment, ensuring safe, accurate heating for all lab processes.

 

💡 Advantages 🌟

  • Fast & Uniform Heating: Achieve uniform surface temperature for accurate lab work.

  • Graphite or Aluminum Plate: Choose your material based on chemical resistance or thermal conductivity.

  • High Load Capacity: Supports up to 40 kg—perfect for heavy-duty labware.

  • Digital Control Options: Clear temperature displays improve accuracy and user confidence.

  • Durable Construction: Iron shell with spray-coated finish resists corrosion and wear.

 

🔍 Recommended Models by Use Case 🎯

  • Educational Labs: SH-5 / SH-8 – cost-effective analog models for basic heating.

  • Research Institutions: SH-5B / SH-8B / SH-9B – digital control with moderate capacity.

  • Quality Control Labs: SH-II-5B / SH-II-8B / SH-II-9B – top-tier models with 400°C max temp and graphite plates for precise testing.

 

🧪 Ideal For 🧫

  • Food safety laboratories

  • Chemical analysis labs

  • Biological research facilities

  • Academic teaching labs

  • Pharmaceutical testing environments

Specifications :

Model SH-5 SH-8 SH-9
SH-5B SH-8B SH-9B
SH-II-5B SH-II-8B SH-II-9B
Max Temp.(℃) SH-5,SH-8,SH-9:320℃
SH-5B,SH-8B,SH-9B:350℃  SH-II-5B,SH-II-88,SH-II-9B:400℃
Structure Outer Shell Iron plate welding, surface spraying
Hotplate Aluminum tensile:SH-5,SH-5B,SH-8.SH-8B,SH-9,SH-9B:GraphitePlate:SH-II-5B,SH-I-88,SH-II-9B:
Heating power(W) SH-5:800SH-5B:1200SH-II-5B:1800 SH-8:1500SH-8B:2400SH-II-8B:3000 SH-9:2200SH-9B:3500SH-II-9B:4500
Setting method Scale:SH-5,SH-8,SH-9Digital:SH-5B,SH-8B,SH-9B,SH-ll-5B,SH-II-8B,SH-II-9B
Timer No/Digital
Temperature sensor K model
Temp.accuracy SH-5.SH-8.SH-9:±10%SH-5B,SH-8B,SH-9B,SH-II-5B,SH-II-8B,SH-II-9B:±1%
Plate Temp.Uniformity SH-5.SH-8.SH-9:±15%SH-5B,SH-8B,SH-9B,SH-I-5B,SH-II-8B,SH-II-9B:±10%
Exterior size(W*L*H)(mm) 340*370*220 420*500*220 470*650*220
Packing size(W'LH)(mm) SH-5/SH-5B:520*380*250SH-II-5B:550*410*270 SH-8/SH-8B:560*520*250SH-II-88:600*560*270 SH-9/SH-9B:660*620*250SH-II-9B:700*660*270
Plate size(mm) 300*300 450*350 600*400
Plate load 20KG 30KG 40KG
Powersupply(50/60Hz) 220V
NW/GW(kg) SH-5/SH-5B:9/10SH-II-5B:12/13.5 SH-8/SH-8B:11/12SH-II-8B:19/20 SH-9/SH-9B:15/17SH-II-9B:28/30
Model SH-5 SH-8 SH-9
SH-5B SH-8B SH-9B
SH-II-5B SH-II-8B SH-II-9B
Max Temp.(℃) SH-5,SH-8,SH-9:320℃
SH-5B,SH-8B,SH-9B:350℃  SH-II-5B,SH-II-88,SH-II-9B:400℃
Structure Outer Shell Iron plate welding, surface spraying
Hotplate Aluminum tensile:SH-5,SH-5B,SH-8.SH-8B,SH-9,SH-9B:GraphitePlate:SH-II-5B,SH-I-88,SH-II-9B:
Heating power(W) SH-5:800SH-5B:1200SH-II-5B:1800 SH-8:1500SH-8B:2400SH-II-8B:3000 SH-9:2200SH-9B:3500SH-II-9B:4500
Setting method Scale:SH-5,SH-8,SH-9Digital:SH-5B,SH-8B,SH-9B,SH-ll-5B,SH-II-8B,SH-II-9B
Timer No/Digital
Temperature sensor K model
Temp.accuracy SH-5.SH-8.SH-9:±10%SH-5B,SH-8B,SH-9B,SH-II-5B,SH-II-8B,SH-II-9B:±1%
Plate Temp.Uniformity SH-5.SH-8.SH-9:±15%SH-5B,SH-8B,SH-9B,SH-I-5B,SH-II-8B,SH-II-9B:±10%
Exterior size(W*L*H)(mm) 340*370*220 420*500*220 470*650*220
Packing size(W'LH)(mm) SH-5/SH-5B:520*380*250SH-II-5B:550*410*270 SH-8/SH-8B:560*520*250SH-II-88:600*560*270 SH-9/SH-9B:660*620*250SH-II-9B:700*660*270
Plate size(mm) 300*300 450*350 600*400
Plate load 20KG 30KG 40KG
Powersupply(50/60Hz) 220V
NW/GW(kg) SH-5/SH-5B:9/10SH-II-5B:12/13.5 SH-8/SH-8B:11/12SH-II-8B:19/20 SH-9/SH-9B:15/17SH-II-9B:28/30

Frequently Asked Questions

1How is calibration done?
Calibration is performed using an external temperature probe and comparing surface temperature with the digital display. Factory calibration ensures ±1% accuracy for digital models.
2Is the SH-5 Series GMP compliant?
Yes, all digital models are built with GMP compliance in mind, offering traceable temperature control and reliable reproducibility.
3How long is the warranty?
AELAB offers a one-year warranty covering manufacturing defects and component failures under normal lab use.

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