Foam core insulation panel

steel facingfor laboratoryfor machines

Product overview
Mast introduces its Mast VIP series of high-purity, plastic-free Vacuum Insulation Panels (VIPs) engineered for temperature-controlled production lines. These panels provide exceptional thermal insulation while eliminating contamination and outgassing risks associated with plastic components, enabling safe integration into high-purity manufacturing environments.

Next-generation Vacuum Insulation Panels for controlled production lines
Designed to deliver maximum thermal efficiency in a minimal footprint, Mast VIPs are optimized for processes that require strict contamination control and regulatory compliance.

Key features & advantages

• Plastic-free, high-purity construction to prevent outgassing, particle shedding and polymer degradation.
• Superior thermal performance with compact panel thickness to maximize usable space on temperature-regulated lines.
• Smooth, high-grade surface finish for hygienic integration in sterile, sanitary or controlled-atmosphere systems.

Target applications & sectors

• Pharmaceutical: sterile process lines, cleanrooms, lyophilization equipment requiring zero contamination risk.
• Cosmetics: processing lines and handling of sensitive raw materials where product purity is critical.
• Food & Beverage: sanitary temperature-controlled processing lines compliant with food safety requirements.
• Aerospace: thermal shielding for vacuum chambers, test facilities and components exposed to extreme thermal conditions.

Technical specifications

• Product type: Vacuum Insulation Panels (VIPs)
• Construction: plastic-free, high-purity materials
• Main benefits: eliminates outgassing and contamination risks; minimizes particle shedding
• Thermal performance: high insulation efficiency within minimal panel thickness
• Surface: smooth, high-grade finish for sterile/sanitary integration
• Target industries: Pharmaceutical, Cosmetics, Food & Beverage, Aerospace
• Compliance: designed for strict regulatory requirements in controlled production environments