800W Preheating Hot Plate — 20×20 cm, 50–400°C

This 800W preheating hot plate heats an electronic board slowly and evenly before working with a soldering iron or hot air. It is the game-changer for large boards: no more thermal stress, no more torn traces, and desoldering massive components finally becomes possible.

Specifications

• Power 800 W — heats up to 100 °C in about 3 minutes
• Temperature range 50 to 400 °C, accuracy ±2 °C
• Heating area 20 × 20 cm in aluminum alloy
• Digital display: continuous real-time temperature, button controls
• Stainless steel heating element, even heat distribution
• High-precision sensor with automatic detection
• Burn-resistant edges, 6 A fuse, overload and overheating protection
• Side vents and non-slip feet
• Power supply 220-250 V — 50/60 Hz, 1.80 m cord
• Footprint 22 × 22 cm — net weight 3.33 kg
• Aluminum alloy and stainless steel chassis, CE certified

Key Features

• Preheating before BGA rework: the board heats up to 150-200 °C from underneath, leaving the hot air to cover only a small temperature difference — less delamination, less PCB warping
• Desoldering LED bars: ideal for removing and replacing LEDs in a backlight without damaging the circuit board
• Allows desoldering large ground planes and high thermal inertia components, impossible to handle with a soldering iron alone
• Uniform heating across the entire surface: no hot spots that burn a neighboring component
• Smooth surface, wipe clean with a soft cloth

Applications

Preheating TV motherboards, power boards and T-CON boards, BGA and SMD rework, desoldering and replacing LEDs on backlight bars, repairing thick and multilayer electronic boards, separating heat-bonded elements.

Contents

• 1 800 W hot plate
• 1 power cord
• 1 manual

Precautions

• Place the device on a flat and heat-resistant work surface
• Never block the vents; keep away from flammable materials
• The plate and its surroundings remain extremely hot — wearing gloves is recommended
• Avoid continuous use beyond 8 hours or prolonged use at very high temperatures
• Turn off the power and allow it to cool completely before moving the device