Digital Hotplate LDHP-T2012

Introduction

Digital Hotplate features an temperature sensor offers stable and responsive feedback for accurate thermal regulation. Our hotplate is designed for laboratory tasks that demand rapid and uniform heating across a broad surface area.

This laboratory hotplates is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Digital Hotplate  is used for heating, evaporating, and drying samples in chemical, biological, and industrial laboratories. Its uniform high-temperature surface makes it suitable for large-volume sample processing and thermal testing.

Specifications

Display Mode
Maximum Temperature	400℃
Temperature Accuracy	±1%
Plate Temperature Uniformity	± 10%
Plate Dimensions (W × L)	400 × 600 mm
Plate Load Capacity	40 kg
Heating Position	1
Working Time	Continuous
Temperature Sensor	K model
Outer Shell	Iron plate welding, surface spraying
Hotplate Material	Graphite
Permissible Temperature	-10 to 60℃
Permissible Humidity	Less than 90% RH
Heating Power	4500 W
Power Supply	220 V 50 / 60 Hz
Dimensions (W × L × H)	470 × 650 × 220 mm
Packing Dimensions (W × L × H)	700 × 660 × 270 mm
Net Weight	28 kg
Gross Weight	30 kg

Features

Precise monitoring and control

Excellent thermal conductivity

Fast and safe operation

Compact and durable structure

FAQs

1. How does the graphite material in the Digital Hotplate enhance performance?

Graphite is known for its excellent thermal conductivity and chemical inertness. In the Digital Hotplate , the graphite plate not only heats up quickly but also maintains a uniform temperature across the entire 400 × 600 mm surface. This minimizes hot or cold zones and ensures consistent results when heating large or multiple samples. Additionally, its resistance to acids, alkalis, and corrosive reagents makes it ideal for tough chemical environments.

2. What makes the temperature control system of the Digital Hotplate accurate and reliable?

Digital Hotplate is equipped with a K-type thermocouple sensor that provides real-time feedback to the control system. This allows for precise regulation of the surface temperature, with an accuracy of ±1% and uniformity within ±10%. Users can easily monitor and adjust settings through the display, and the hotplate operates in a continuous mode, allowing for uninterrupted processes that demand long-term stability.

3. In what types of laboratories is the Digital Hotplate most commonly used?

Digital Hotplate is versatile and commonly used in chemical, biological, pharmaceutical, and industrial laboratories. It is suitable for applications such as sample heating, solution evaporation, drying, and reaction experiments that require consistent thermal input. Its high temperature capability and large load-bearing capacity (up to 40 kg) make it particularly useful for high-volume sample processing and large glassware setups.

4. Is the Digital Hotplate safe for long and continuous operations?

Yes, the Digital Hotplate is designed for continuous working time and is built with durability and user safety in mind. The outer shell is constructed from welded iron plate with a surface spray finish, enhancing its heat resistance and structural integrity. The permissible operating range of -10 to 60? and humidity tolerance is less than 90% RH ensure safe operation in standard lab environments. Its safety also extends to chemical resistance, helping prevent damage from spills or vapor exposure.

5. How user-friendly is the Digital Hotplate for routine lab tasks?

Digital Hotplate features a clear screen that makes it easy to monitor temperature and adjust settings, even during complex workflows. The controls are simple and intuitive, suitable for both experienced professionals and new users. Its compact footprint and straightforward operation allow seamless integration into any bench setup without the need for extensive training or additional accessories.