Induction Cooker Tempered Glass Panel

1. Product Overview

Designed specifically for induction cookers and electromagnetic heating equipment, this premium glass panel series offers two options: high-purity regular glass and high-impact tempered glass. Both options feature an integrated curved forming process and serve as the structural foundation and touch-control interface for high-end induction cookers. Seamless and smoothly curved, the product embodies the three-dimensional aesthetic of modern industrial design. Featuring excellent flatness, outstanding wear resistance, and easy-to-clean properties, it is the standard upgrade panel for tabletop and built-in induction cooking appliances.

2. Core Materials & Workmanship

Substrate Properties:

· Standard Flat Variant: Features a uniform texture and excellent light transmittance. It offers high cost-effectiveness and is ideal for standard-load induction cookers.

· Curved Tempered Variant: Enhanced by a deep, physical homogeneous tempering process, it drastically increases material hardness and thermal stability, enabling it to withstand the mechanical stress of diverse cooking scenarios.

Precision Manufacturing: Formed through high-temperature integrated bending and refined via multiple high-standard processes—including CNC precision edge grinding and anti-oil coating application. The surface is smooth and flawless without seams or breakpoints, and the internal stress is uniformly distributed. The design fully supports rapid suction-cup automated robotic handling as well as high-precision manual assembly.

Creative Aesthetics: Available in a variety of visual finishes, including high-transmittance pure black, multi-color crystalline printing, 3D matte textures, and laser-engraved logos. The rich, vibrant colors are highly durable and resist fading or whitening even after long-term exposure to high-temperature cooking steam.

3. Core Performance Advantages

· Optimized Thermal Stability for Safe Cooking: Tailored for standard household cooking temperature zones. Its physical properties remain stable under routine hot-and-cold cycles, making it resistant to deformation from thermal stress or warping. (Note: Extreme dry-burning and continuous high-power baking are strictly prohibited).

· Ultra-Wear-Resistant, Scratch-Proof Surface: The dense surface structure effectively protects against minor scratches caused by the frequent movement of cookware and repetitive wiping, maintaining a clean, crystal-clear full-screen interface.

· Hydrophobic & Oleophobic (Anti-Seepage & Anti-Short Circuit): The fully enclosed, seamless, one-piece design is coated with a highly hydrophobic nano-layer. Soups, oil mist, and condensation create a "lotus leaf effect" and cannot penetrate the panel, eliminating the risk of circuit short-circuits caused by oil accumulation in gaps.

· High Efficiency & Magnetic Permeability with Minimal Heat Loss: Excellent optical and magnetic field penetration ensures that the magnetic flux lines from the induction coil underneath are not obstructed. This guarantees uniform heating, minimal thermal loss, and exceptional accuracy for temperature control sensors.

· Zero-Delay Touch Control for Smooth Operation: The ultra-flat surface perfectly complements full-screen capacitive touch controls, ensuring responsive, lag-free operation that is fully compatible with intelligent multi-stage power adjustment interfaces.

4. Technical Specifications

· Standard Thickness: 4mm / 5mm (mainstream applications; customization within the 4mm–6mm range is supported).

· Fragmentation & Safety:

o Regular Glass: Breaks into large, sharp shards; must be used properly to prevent heavy impacts.

o Tempered Glass: Complies with home appliance safety certifications. Upon impact, it instantly shatters into tiny, blunt particles without sharp angles. It maintains excellent flatness without pitting or rippling, ensuring operational safety.

· Structural Strength:

o Regular Glass: Stable under static loads, but vulnerable to thermal shock (sudden temperature changes) and direct heavy external impacts.

o Tempered Glass: Delivers superior bending and impact resistance; resistant to micro-cracking from daily heavy placement of pots or minor bumps.

· Temperature & Working Conditions:

o Operating Temperature Range: -30°C to 300°C under normal conditions, perfectly accommodating cooking needs from low-temperature slow stewing to high-temperature stir-frying.

o Limitations: Not recommended for prolonged, extreme dry-burning scenarios in high-power commercial equipment. Pouring ice water directly onto an overheated panel is strictly prohibited.

· Custom Engineering Services: Supports custom shape cutting, high-precision drilling, arc/curvature adjustments, and silk-screen pattern customization based on engineering drawings.

5. Scope of Application

Widely used in various modern electrically heated kitchen appliances, such as household tabletop induction cookers, high-end built-in induction cooktops, dual/multi-burner cooktops, and intelligent IH micro-controlled cookers.

6. Usage & Maintenance Instructions

· Daily Cleaning: Wipe with a damp cloth and mild, neutral detergent. Do not use steel wool, emery paper, or other sharp abrasive tools.

· Standard Operation: Stepping on, inverting, or subjecting the panel to heavy impacts is strictly prohibited. Avoid pouring ice water directly onto the panel while it still retains residual heat after cooking.

· Emergency Handling: If the panel cracks or breaks due to external forces, disconnect the power supply immediately and stop using the appliance to prevent liquid leakage from causing electric shocks or damaging the core electronic components of the unit.