The HH-S4 Laboratory Constant Temperature Digital Water Bath (Made in China) is a high-precision, multi-hole water bath designed for uniform heating and constant temperature control in laboratories. With four individual holes, it is ideal for sample incubation, reagent heating, thawing, and other applications requiring stable water temperature in scientific, medical, and industrial research.
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Key Features:
Model: HH-S4
Product Name: Laboratory Constant Temperature Digital Water Bath
Country of Origin: China
Number of Holes: 4
Capacity: Approx. 12–16 liters (varies by manufacturer)
Temperature Range: Ambient +5°C to 100°C
Temperature Accuracy: ±0.5°C
Temperature Uniformity: ±1°C
Control System: Digital PID temperature controller
Display: LED or LCD digital display for temperature monitoring
Heating Method: Immersion-type electric heating tube
Inner Tank Material: High-quality stainless steel (corrosion-resistant, easy to clean)
Outer Body: Cold-rolled steel with powder-coated finish
Lid Type: Individual stainless steel ring covers for each hole
Power Supply: 220V ±10%, 50Hz
Power Consumption: Approx. 800–1000W
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Safety Features:
Over-temperature protection
Thermal fuse protection
Anti-dry heating function (model-dependent)
Indicator light for heating status
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Applications:
Sample incubation and reaction
Enzyme and antibody reactions
Serological and biochemical experiments
Constant temperature heating of solutions and reagents
Laboratory testing in microbiology, pathology, and clinical research
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The HH-S4 Digital Water Bath is a reliable and cost-effective thermal solution for laboratories needing stable, uniform heating with multi-sample capacity. Its durable stainless steel construction and precise temperature control make it a dependable tool for routine lab operations.
The HH-S4 Laboratory Constant Temperature Digital Water Bath (Made in China) is a high-precision, multi-hole water bath designed for uniform heating and constant temperature control in laboratories. With four individual holes, it is ideal for sample incubation, reagent heating, thawing, and other applications requiring stable water temperature in scientific, medical, and industrial research.
---
Key Features:
Model: HH-S4
Product Name: Laboratory Constant Temperature Digital Water Bath
Country of Origin: China
Number of Holes: 4
Capacity: Approx. 12–16 liters (varies by manufacturer)
Temperature Range: Ambient +5°C to 100°C
Temperature Accuracy: ±0.5°C
Temperature Uniformity: ±1°C
Control System: Digital PID temperature controller
Display: LED or LCD digital display for temperature monitoring
Heating Method: Immersion-type electric heating tube
Inner Tank Material: High-quality stainless steel (corrosion-resistant, easy to clean)
Outer Body: Cold-rolled steel with powder-coated finish
Lid Type: Individual stainless steel ring covers for each hole
Power Supply: 220V ±10%, 50Hz
Power Consumption: Approx. 800–1000W
---
Safety Features:
Over-temperature protection
Thermal fuse protection
Anti-dry heating function (model-dependent)
Indicator light for heating status
---
Applications:
Sample incubation and reaction
Enzyme and antibody reactions
Serological and biochemical experiments
Constant temperature heating of solutions and reagents
Laboratory testing in microbiology, pathology, and clinical research
---
The HH-S4 Digital Water Bath is a reliable and cost-effective thermal solution for laboratories needing stable, uniform heating with multi-sample capacity. Its durable stainless steel construction and precise temperature control make it a dependable tool for routine lab operations.
Specifications of
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Brand
No Brand
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SKU
890101177_PK-3925331157
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Recommended Age
4- 5 Year
What’s in the box
The HH-S4 Laboratory Constant Temperature Digital Water Bath (Made in China) is a high-precision, multi-hole water bath designed for uniform heating and constant temperature control in laboratories. With four individual holes, it is ideal for sample incubation, reagent heating, thawing, and other applications requiring stable water temperature in scientific, medical, and industrial research.
