ENGINEERING FOCUS

Advanced Protective Technologies

Securing hull openings against fire exposure, shockwave propagation, ballistic threats, and electromagnetic interference.

Fire Resistant (A60 & H120)

STANDARD: MED (Marine Equipment Directive) / IMO FTP Code Part 3

Specially formulated fire containment materials designed to stop temperature transfer and fire spread for up to 2 hours.

Scientific Metallurgy & Physics Breakdown:

Utilizes multi-layered glass panels containing transparent interlayers that expand under thermal attack, turning into an opaque heat shield.

Test and Performance Thresholds:

Maintains structural integrity at temperatures exceeding 900°C

Low heat transfer rate (less than 140°C rise on unexposed face)

Tested with solid steel framing systems to prevent structural warp

Blast & Shock Resistant

STANDARD: NATO Stanag 2280 / ASTM F2247 Compliance

Defense-grade pressure deflection mechanisms built to absorb and diffuse shockwaves without panel rupture.

Scientific Metallurgy & Physics Breakdown:

Advanced laminated structures utilizing energy-absorbing PVB/SentryGlas interlayers coupled with high-strength structural steel frames.

Test and Performance Thresholds:

Absorbs shock wave pressures up to 45 PSI

Designed with anti-shatter glass containment layers

Finite Element Analysis (FEA) optimized geometries

Bullet Resistant (Ballistic Armored)

STANDARD: EN 1063 Class BR4 - BR7 / NIJ Level IV Rating

Armored glazing and metal panels designed to withstand direct rifle fire and high-velocity projectile impacts.

Scientific Metallurgy & Physics Breakdown:

Features a variable-hardness cross section incorporating premium impact glass on the strike face and tough polycarbonate catcher layers on the secure face.

Test and Performance Thresholds:

Deflects multi-shot bullet rounds from 7.62mm ammunition (NATO)

Spall-free inner face guarantees crew safety

UV-stable encapsulation ensures zero optical degradation over time

EMI & RFI Shielding

STANDARD: IEEE-299 / MIL-STD-285 Shielding Standards

Integrated signal suppression grids that shield sensitive electronics from radar frequencies and solar signals.

Scientific Metallurgy & Physics Breakdown:

Conductive metals (such as gold or silver alloys) are sputtered onto the glass pane, or a micro-metal mesh is laminated directly within the layers.

Test and Performance Thresholds:

Reduces signal leakage by up to 60 dB in the 100 kHz to 20 GHz range

Retains high light transmission of over 70%

Blocks harmful ultraviolet and infrared wave bands

Have Complex Protection Requirements?

Our Hamburg R&D division constructs bespoke alloy framing and glass laminates matching navy blast directives or custom yacht certifications.

Consult an Integration Engineer