Thermal insulation SUPERTECH-M-VIP

protectivepanelrigid panel

Product Overview
Supertech-M-VIP is a metal vacuum insulation panel developed for steam ovens and other high-temperature ovens. It provides an ultra-thin thermal insulation solution capable of withstanding continuous operation up to 800 °C while minimizing heat transfer and preserving internal usable space.

Construction and Performance
The panel consists of a stainless-steel outer film wrapped around an inorganic, high-temperature resistant core. After vacuum processing and hermetic welding, the panel forms an ultra-thin insulation layer. The vacuum-packed core reduces conduction, convection and radiation heat transfer and is engineered to resist moisture ingress, core settling and environmental influences for stable long-term performance.

Specifications

• Thermal conductivity (25 °C): ≤ 0.0020 W/m·K
• Recommended operating temperature range: −196 °C to 800 °C
• Volume density: 250–420 kg/m³
• Areal density (10 mm): 2–5 kg/m²
• Compressive strength (≤10%): ≥ 0.5 MPa
• Standard sizes: max 500 × 1000 mm; min 100 × 100 mm
• Thickness available: 3–20 mm (other sizes/shapes customizable)
• Leakage rate: <10^-10 Pa·m³/s
• Flame retardancy: Class A (non-combustible)

Advantages

• Wide temperature tolerance (cryogenic to 800 °C) with very low thermal conductivity
• Enables high-temperature cooking energy savings for ovens up to 800 °C
• Thin, multi-layer design maximizes internal capacity without sacrificing insulation
• High compressive strength and puncture resistance suitable for integration in oven panels
• Class A non-combustible insulation for improved safety and regulatory compliance
• Reduces energy consumption and operating costs through rapid heating and thermal retention

Technical specifications

• Model: Supertech-M-VIP
• Application: Steam ovens and high-temperature oven insulation
• Thermal conductivity (25 °C): ≤ 0.0020 W/m·K
• Recommended operating temperature range: −196 °C to 800 °C
• Volume density: 250–420 kg/m³
• Areal density (10 mm): 2–5 kg/m²
• Compressive strength (≤10%): ≥ 0.5 MPa
• Standard sizes: max 500 × 1000 mm; min 100 × 100 mm
• Thickness available: 3–20 mm (other sizes/shapes customizable)
• Leakage rate: <10^-10 Pa·m³/s
• Flame retardancy: Class A