Digital Ceramic Hotplate B-One DBHP-30C – 30x30cm

Digital Ceramic Hotplate B-One DBHP-30C – Precision Heating with Uniform Temperature Control

Overview:
The B-One DBHP-30C Digital Ceramic Hotplate is a high-performance heating platform designed for laboratory and industrial applications requiring precise temperature control. Engineered with an aluminum plate featuring a ceramic surface, this hotplate offers even heat distribution, high-temperature capabilities, and reliable accuracy—making it ideal for demanding thermal processes.

Key Features:

• High Maximum Temperature: Reaches up to 400°C, suitable for a wide range of heating tasks.

• Excellent Temperature Uniformity: ±3°C across the plate ensures consistent heating of materials and samples.

• Precise Temperature Accuracy: Maintains temperature within ±1°C, ideal for sensitive applications that require thermal stability.

• Efficient Heating Time: Heats up to 400°C in just 30 minutes, reducing waiting time and improving workflow.

• Durable Construction: The aluminum plate with a ceramic coating offers enhanced heat conductivity, chemical resistance, and long-lasting performance.

Specifications:

• Model: DBHP-30C

• Maximum Temperature: 400°C

• Temperature Uniformity: ±3°C

• Temperature Accuracy: ±1°C

• Heating Time: Approximately 30 minutes to reach 400°C

• Plate Material: Aluminum with ceramic surface

• Plate Size: 300 × 300 mm

• Weight: 20 kg

• Power Supply: 220V / 50Hz

• Power Consumption: 1600 W

Applications:

• Laboratory sample heating and testing

• Chemical and material synthesis

• Industrial quality control processes

• Food, pharmaceutical, and research lab heating applications

• Any setting requiring consistent, high-temperature surfaces

The DBHP-30C is a high-performance digital hotplate with a ceramic-coated aluminum surface, designed for uniform heating up to 400°C. With precise temperature accuracy (±1°C) and even heat distribution (±3°C), it’s ideal for laboratories, industrial settings, and research environments that demand stable temperature control.