They are manufactured from two high-performance materials: aluminum alloy (6061, for heat dissipation) and zinc alloy (Zamak 3, for structural strength). All components undergo Die Casting and heat treatment (T6 for aluminum) to enhance heat resistance and rigidity.
As a professional manufacturer since 2016, XinShang Metal ensures each oven component meets strict standards. Our 10 quality inspectors conduct high-temperature tests (250°C for 72 hours) and dimensional checks (tolerance ±0.08mm). Our 10,000 square meters factory enables monthly production of 30,000 units, supporting global oven brands.
Aluminum alloy components withstand continuous temperatures of 250°C (peak: 300°C), making them ideal for oven interiors (e.g., heat shields, heating element brackets). Zinc alloy parts (for external structures like door handles) maintain rigidity at 180°C, avoiding deformation from oven heat.
A high-temperature ceramic or silicone coating is applied to all components, preventing rust and oil stains from oven grease. The coating is non-stick, allowing easy cleaning with a damp cloth—no harsh chemicals needed.
The combination of durable materials and precision manufacturing ensures a service life of 8–10 years (vs. 3–5 years for standard steel components). This reduces maintenance costs and replacement frequency for oven manufacturers and end-users.
Integrated into countertop, built-in, and toaster ovens. Control panel housings protect electronic circuits from heat, while door hinges ensure smooth opening/closing (tested for 10,000 cycles without wear).
Used in food processing ovens (e.g., bakery ovens) as heat-resistant brackets for conveyor belts, and in coating curing ovens as component supports—withstanding high temperatures and heavy loads (up to 20kg per bracket).
Applied in photovoltaic module curing ovens, our heat dissipation brackets help maintain stable temperatures (150–180°C) during solar panel production, improving module adhesion and energy conversion efficiency.
Yes. All materials and coatings comply with FDA (U.S.) and EU 10/2011 food contact regulations. They contain no toxic substances and do not release harmful fumes when heated, making them safe for food-related ovens.
Absolutely. Our 12 engineering technicians use CAD/CAM software to design components based on your oven’s 3D models or technical specs. Customizations include size adjustments, hole positioning, and surface finishes, with a sample lead time of 10–12 working days.
All components hold ISO 9001 quality certification and RoHS environmental certification. For export to Europe, we also provide CE certification; for North America, UL certification is available upon request.
They are manufactured from two high-performance materials: aluminum alloy (6061, for heat dissipation) and zinc alloy (Zamak 3, for structural strength). All components undergo Die Casting and heat treatment (T6 for aluminum) to enhance heat resistance and rigidity.
As a professional manufacturer since 2016, XinShang Metal ensures each oven component meets strict standards. Our 10 quality inspectors conduct high-temperature tests (250°C for 72 hours) and dimensional checks (tolerance ±0.08mm). Our 10,000 square meters factory enables monthly production of 30,000 units, supporting global oven brands.
Aluminum alloy components withstand continuous temperatures of 250°C (peak: 300°C), making them ideal for oven interiors (e.g., heat shields, heating element brackets). Zinc alloy parts (for external structures like door handles) maintain rigidity at 180°C, avoiding deformation from oven heat.
A high-temperature ceramic or silicone coating is applied to all components, preventing rust and oil stains from oven grease. The coating is non-stick, allowing easy cleaning with a damp cloth—no harsh chemicals needed.
The combination of durable materials and precision manufacturing ensures a service life of 8–10 years (vs. 3–5 years for standard steel components). This reduces maintenance costs and replacement frequency for oven manufacturers and end-users.
Integrated into countertop, built-in, and toaster ovens. Control panel housings protect electronic circuits from heat, while door hinges ensure smooth opening/closing (tested for 10,000 cycles without wear).
Used in food processing ovens (e.g., bakery ovens) as heat-resistant brackets for conveyor belts, and in coating curing ovens as component supports—withstanding high temperatures and heavy loads (up to 20kg per bracket).
Applied in photovoltaic module curing ovens, our heat dissipation brackets help maintain stable temperatures (150–180°C) during solar panel production, improving module adhesion and energy conversion efficiency.
Yes. All materials and coatings comply with FDA (U.S.) and EU 10/2011 food contact regulations. They contain no toxic substances and do not release harmful fumes when heated, making them safe for food-related ovens.
Absolutely. Our 12 engineering technicians use CAD/CAM software to design components based on your oven’s 3D models or technical specs. Customizations include size adjustments, hole positioning, and surface finishes, with a sample lead time of 10–12 working days.
All components hold ISO 9001 quality certification and RoHS environmental certification. For export to Europe, we also provide CE certification; for North America, UL certification is available upon request.
