stainless steel hot plate heating station 1200w

Model: Custom Sizes Available | ETOOL / QICEQUIP Brand

• High precision PID constant temperature control, low temperature fluctuation
• 304/316/310S stainless steel surface, corrosion resistant & easy cleaning
• Modular construction, convenient maintenance and replacement
• Custom dimension, voltage and power for laboratory & industrial heating

2. Specifications

3. Operation Instructions & Steps

1. Pre-operation Inspection: Check the heating plate surface for scratches, deformation or cracks. Confirm temperature controller display works normally. Wipe plate surface and remove dust and contaminants.
2. Power Connection: Plug the power cord into properly grounded socket, ensure the connection is stable and firm.
3. Set Target Temperature: Press setting button on PID controller, use up/down keys to set target temperature. Recommend starting from low temperature and gradually raise to target value.
4. Heating & Constant Temperature: Switch on heating function. The PID controller automatically adjusts power to reach and maintain set temperature. Run PID auto-tuning on first use to optimize temperature stability.
5. Shutdown Steps: Turn off heating function first. Wait until plate fully cools down to room temperature, then disconnect main power supply. Do not touch hot plate surface to prevent scald injury.

4. Material Comparison

4.1 Stainless Steel Grade Comparison

4.2 Heating Plate Material Comparison (Aluminum / Copper / Stainless Steel / Graphite / Ceramic)

5. Product Introduction Video

6. Application Case Study

Case1: Pharmaceutical Laboratory Sample Digestion Industry: Pharmaceutical Testing Requirement: Heat biological samples with weak acid solvent, anti-corrosion heating plate, stable constant temperature Solution: 316 stainless steel heating plate Result: Resist weak acid corrosion, stable temperature during long time sample digestion.	Case2: Electronics Factory Adhesive Curing & Preheating Industry: Consumer Electronics Requirement: Workpiece preheating and adhesive curing for batch continuous production Solution: 304 stainless steel heating plate Result: Uniform temperature, durable for long continuous running time.
Case3: Environmental Lab Soil Sample Drying Industry: Environmental Monitoring Requirement: Dry soil samples at 105℃, easy cleaning after testing Solution: 304 stainless steel heating plate Result: Simple surface cleaning, good repeatability for batch sample drying.	Case4: High-Temperature Mold Insert Preheating Industry: Precision Mold Manufacturing Requirement: Preheat mold insert up to 480℃, anti high-temperature oxidation Solution: 310S stainless steel heating plate Result: Stable high-temperature heating, slow oxidation rate, longer service life.

7. How to Select Stainless Steel Material

• 201 Stainless Steel: Suitable for dry indoor environment, working temperature ≤300℃, budget limited projects. Not recommended for humid or corrosive liquid contact.
• 304 Stainless Steel: General recommendation. Fit most laboratories, electronic preheating, low corrosion environment within 500℃. Best cost-performance ratio.
• 316 Stainless Steel: For weak acid, salt solution, biochemical solvent exposure. Suitable for chemical analysis, medical and salt fog working environment.
• 310S Stainless Steel: For working temperature over 500℃, excellent high-temperature oxidation resistance. Applied for industrial ultra-high temperature preheating.

8. FAQ

9. Certification & Quality Evidence

• ✅ EU CE Certification (Electrical Safety & EMC Compliance)
• ✅ Independent factory quality inspection report for every finished unit
• ✅ All finished products pass aging test before shipment
• ✅ Stainless steel material test certificate available upon request