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Cockpit & Cabin Window Seals
Sealing the
Window Interface
Every aircraft window — cockpit windshield, cabin observation, rotorcraft glazing — depends on an elastomer system holding the glass to the structure. The seal manages cabin pressure, accommodates thermal expansion, protects glazing edges, and survives decades of UV, vibration, and fluid exposure.
Pressure Retention
Cabin pressure integrity at altitude
Dual-Durometer
Soft seal + rigid retention in one profile
Custom Formulation
In-house compound development
AS9100 + Design
Approved for design
Environmental Integrity Starts with the Seal
Seals Engineered for Engineered for Pressure, Temperature, and Time
Advanced window & cockpit seals for aerospace applications — providing pressure retention, structural support, environmental isolation, and vibration management between the aircraft fuselage structure and the window assembly. From cockpit windshields to cabin observation windows to wiper blade assemblies.
Cabin pressure retention around glazing interfaces
Water, dust, salt spray, and chemical intrusion prevention
Vibration isolation and structural stress reduction
Thermal expansion accommodation between glazing and frame
Optical edge protection from chipping, abrasion, and damage
Proven in the Most Demanding Environments
Why Rubbercraft for Window Seals
Window sealing systems must survive thousands of pressure cycles, continuous UV exposure, thermal shock, de-icing chemicals, and decades of service — without losing compression or seal integrity.
Dual-Durometer Profiles
Cross-Section Engineering
Compression Set Resistance
UV & Chemical Resistance
Reverse Engineering & Replacement
AS9100 Approval for Design
Selected for the Full Exposure Profile
Material Selection
Material systems are selected based on compression set resistance, low-temperature flexibility, UV stability, tear resistance, flame resistance, fluid compatibility, and long-term weathering durability.
Silicone (VMQ)
UV resistance, thermal stability, wide temperature range
EPDM
Weathering, ozone resistance, long-term durability
Fluorosilicone (FVMQ)
Aviation fuel and hydraulic fluid resistance
Neoprene
Balanced mechanical and environmental performance
Polyurethane
High abrasion resistance for dynamic wiper seals
Thermoplastic Elastomers
Lightweight, flexible profile designs
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