Adopting world-class top-tier thermal technology, the microcrystalline heating plate is equipped with German microcrystalline ceramic panel resistant to acid and alkali corrosion. Powered by NanoHeat nano thermal technology, it heats up extremely fast with a temperature rise of 5℃ per second. There are no mechanical heating components, resulting in zero magnetic field interference. It features a large uniform heating area and temperature measurement precision of ±0.1℃, supporting long-term continuous dry burning operation.

Widely used in experimental and analytical laboratories of agriculture, soil testing, environmental protection, food safety, research institutes and universities. Ideal for sample heating, baking, digestion and acid removal pretreatment processes.

A conductive thin film with a thickness of 1–20 microns and specific conductivity is coated on an electrically insulating substrate. When energized (AC or DC power), the thin film instantly excites atomic resonance and releases high-energy far-infrared radiation. Under the combined effect of atomic resonance and far-infrared rays, the heated substances achieve rapid temperature rise.

1. Multi-layer heating core supports both AC and DC power input for fast, high-efficiency heating performance.
2. Dynamic heat transfer efficiency exceeds 99%; static heat transfer efficiency reaches above 90%. For reference: electromagnetic heating only achieves 75%–85% efficiency, metal radiant hot plates only 65%–75% (data sourced from U.S. Department of Energy official reports).
3. Ultra-low resistance design enables heating via batteries, DC power supplies and solar renewable energy systems.
4. No magnetic field interference generated, optimizing working environments without hazards to operators or surrounding equipment.
5. Innovative glass heating plate meets diverse high-temperature heating and low-temperature constant holding demands, delivering outstanding energy efficiency across numerous application scenarios.

• Diversified adjustable operation modes to match different laboratory experimental requirements
• Temperature control accuracy up to ±1℃ (*external temperature probe included in package required)
• Constant temperature setting adjustable in 1℃ increments; temperature range 30–90℃ (*external probe required)
• Temperature sensing and display resolution of 0.5℃ (*external probe required)
• 3 power levels (High / Medium / Low) plus multiple constant temperature preset options for flexible selection
• NanoHeat proprietary technology delivers ultra-fast heating: 5℃ temperature rise within just 1 second
• Zero electromagnetic field radiation or interference, perfectly suitable for medical and laboratory environments
• Ultra-low standby power consumption below 1W for significant energy savings
• Compatible with nearly all lab vessels: glass, ceramic and metal containers
• Intuitive human-machine operation: touch control buttons, LED indicator lights, safety lock, programmable timer and high-temperature overheat alarm reminder
• Slim, lightweight and fashionable compact body design for easy portability
• Corrosion-resistant glass-ceramic top surface for effortless daily cleaning

*Note: Functions marked with asterisk require the matching external temperature probe supplied with the unit.

1. Rapid & ultra energy-saving heating: 5℃ temperature rise within 1 second, energy efficiency exceeding 99%
2. High heat flux density: delivers up to 5000W thermal output within a 10×10 cm heating area
3. DC renewable energy compatible: only 24V DC input can reach a working temperature of 200℃
4. Zero magnetic field interference, ideal supporting component for precision medical equipment
5. No restrictions on vessel types: metal, glass and ceramic labware all work seamlessly on NanoHeat® heating surface
6. Highly flexible product design: the unique ultra-high-efficiency NanoHeat® technology enables ultra-thin, compact, stylish and innovative equipment structural designs