Thermal insulation heating plate uses mica sheets as framework and insulating layers, with galvanized steel or stainless steel sheets for structural protection. It can be manufactured into plates, flakes, cylinders, cones, tubes, rings and other custom shapes. Our high-temperature stainless steel heating plate division specializes in non-standard R&D, custom manufacturing, and full thermal solution design including heating, trace heating, heat preservation, anti-freezing, defrosting and de-icing systems.

Constant temperature heating plates are widely adopted for heating processes in home appliances, metallurgy, chemical industry and plastic processing. Stainless steel heating plates withstand continuous temperatures up to 600℃, featuring outstanding insulation performance (insulation resistance >100MΩ), lightweight thin profile, compact size with high power density, flexible customizable shapes and low overall production cost.

1. Original Yudian PID artificial intelligent digital temperature controller, high precision, safe, intuitive and simple operation
2. Premium solid state relay (SSR), service life 100 times longer than traditional contact relays
3. Multiple high-grade stainless steel heating tubes, low failure rate, quick and convenient maintenance
4. One-piece aluminum alloy working panel with high thermal conductivity, fast and uniform heat distribution
5. Full cabinet housing made of imported SUS304 stainless steel; no paint peeling or rust under normal working environments

• Constant temperature heating for electronic glue dispensing & encapsulation
• LED aluminum substrate soldering and rework repair
• Mold core preheating for mold manufacturing factories
• Sample baking, drying and thermal testing across all industrial sectors; essential lab equipment for biology, genetics, medical hygiene, environmental protection, biochemistry, analytical laboratories and academic research

1. Thermal expansion, ablation, oxidation and creep deformation shall be fully considered in design to avoid operational malfunctions caused by thermal distortion
2. Internal structure shall remain intact and reliable under the maximum material temperature during manufacturing and service
3. Welding layout complies with national standards; minimize weld seams on pressure-bearing heating tubes, and arrange welds for easy inspection access
4. Housings and attachments of pressure-bearing heating tubes shall meet relevant design codes
5. Heating tubes (including terminal ends) shall be fully hermetically sealed
6. Tubes used for corrosive media must adopt corrosion-resistant alloy sleeves or protective casings to extend service life
7. Wall thickness ≥0.35mm for carbon steel outer tubes; copper/copper alloy casings shall be sized with sufficient mechanical strength for harsh environments
8. Minimum bending radius shall be no less than 2.5 times the tube outer diameter
9. Bending geometry shall ensure the inner end of lead rods sits on straight tube sections with a minimum 10mm clearance from the bending start point
10. Clearance and insulating filler thickness ≥1mm between conductive parts with potential difference >40V, and between conductive components and outer housing; exposed lead wire gap to casing ≥1mm. Special reduced gaps are permitted only via written agreement with enhanced manufacturing standards for stable reliability
11. Cross-sectional area of lead-out wires shall be at least 7 times the cross-section of internal heating resistance wire

Our product portfolio covers standard heating plates, silicone rubber heating mats, high-temperature stainless steel heating plates, cast aluminum & cast copper heating plates, suitable for heating and thermal holding of gas, liquid and solid media across all industries.

We deliver full one-stop customized constant temperature heating plate solutions covering the entire project lifecycle: pre-sales on-site environment survey, thermal scheme design, post-delivery installation commissioning and operational training. Customization means tailor-made heating systems matched to each customer’s unique working conditions to fully satisfy practical production requirements.