Mylch’s high-security detention window system represents the pinnacle of our engineering capabilities. Engineered for institutional, tactical, and maximum-security environments, this system integrates heavy-duty structural integrity with advanced ballistic and forced-entry resistance. It is born in our R&D lab, designed to protect what matters most.
MAXIMUM PROTECTION. INVISIBLE BOUNDARIES.
ARCHITECTURAL AESTHETICS & FINISHES
While the interior core is engineered for maximum structural deterrence, the exterior envelope is entirely flexible. The system seamlessly integrates heavy-duty structural integrity with contemporary architectural profiles. Through our bespoke ETO (Engineer-to-Order) capabilities, the outer aluminum cladding can be customized in any RAL color, fluorocarbon coating, or anodized finish, ensuring high-security boundaries remain completely invisible within premium facades.
THERMAL EFFICIENCY & HYBRID CHASSIS
Traditional max-security profiles often sacrifice thermal performance for sheer mass. Our system redefines this paradigm with an advanced multi-cavity thermal break and non-asymmetric steel-aluminum hybrid chassis. Engineered to eliminate thermal bridging, this proprietary architecture effortlessly complies with stringent North American energy codes (NFRC/AAMA) and Passive House guidelines, delivering exceptional U-value performance without compromising structural integrity.
TAMPER-PROOF RIGOR & THREAT MITIGATION
Built upon preventative engineering, the frame chassis utilizes a fully concealed, internal stainless-steel fastening matrix. By eliminating exposed hardware and vulnerable glazing beads, the system achieves an uncompromising anti-tamper perimeter. The multi-layer internal envelope is highly adaptive, allowing seamless upgrades to accommodate ballistic-grade (BR5/BR7), blast-resistant, or extreme forced-entry glazing systems depending on localized institutional threats.
MYLCH HIGH SECURITY INTEGRATED CHASSIS - DESIGN VISUALISATION
Modular & Steel-Frame Integration
Designed for high-precision, rapid-assembly projects, the Mylch system offers seamless structural compatibility with global modular and light/heavy steel chassis configurations. We engineer fully customized sub-frame steel Buck connections and advanced flashing profiles, ensuring structurally sound, weather-tight perimeter integration that aligns perfectly with advanced offshore prefabricated methodologies.
Institutional Reinforced Anchorages
For severe physical threat mitigation and critical institutional environments, the frame perimeter adapts effortlessly to cast-in-place reinforced concrete matrices. Our technical team custom-develops concealed heavy-duty structural anchorage profiles, high-tensile fast-installation bolt-ups, and embedded plate interfaces to deliver uncompromising anti-tamper perimeter load transfers.
HIGH-SECURITY TESTING & COMPLIANCE MATRIX
Note: Diagram illustrates standard international testing wall configuration and rigid perimeter re-bar/masonry reinforcement geometry for validation reference.
Design Targets & Benchamarks
To guarantee uncompromising structural integrity in severe environments, the Mylch platform is engineered to align with the rigorous physical testing dimensions dictated by premier global compliance bodies. This includes testing structural response against multi-point heavy impacts, dynamic load transfers, and concrete/steel perimeter anchorage resistance under international protocols like ASTM F1592 Grade 1 standards.
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Forced Entry Resistance ➔ Designed to align with DIN EN 1627 Class RC3 - RC5
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Ballistic Threat Mitigation ➔ Engineered to meet EN 1063 Class BR5 - BR7 / FB7 NS (Non-Splinter)
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Blast & Impact Resistance ➔ Structural compliance targeted for ISO 16933 EXR3 criteria
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Thermal Efficiency & Insulation ➔ Engineered to Passive House (PHI) & EN ISO 10077 core standards
