Durable marine glass ensuring safety and clear visibility
We provide high-quality marine glass solutions designed to meet the demanding conditions of the maritime industry. From clear visibility to thermal resistance and impact protection, our range of specialized marine glass products ensures safety, durability, and performance — all in compliance with relevant ISO standards.
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We provide;
Curved Marine Glass
Electrical Heated Glass
Fire-Resistant Safety Glass
Laminated Glass
Marine Sliding Window
Marine Tempered Glass
Curved Marine Glass
Bent and Shaped Glass for Marine Use
Curved marine glass is glass that has been formed into a curved shape to fit the specific structure of a vessel. It is commonly used in areas where both visibility and design integration are important, such as front windows, cabin sides, spray deflectors, and spa or pool enclosures.
Production and Features
- The glass is heated up to 600°C, allowing it to become flexible enough to bend.
- Shaping is done by gravity or mechanical force depending on the curve.
- For added strength, the glass can be tempered after shaping, which improves its resistance to impact and thermal stress.
- The result is a product that is custom-fit, strong, and suitable for marine conditions.
Applications
- Windscreens
- Bridge and cabin windows
- Spray deflectors
- Marine pool or spa glass
- Doors and partitions on board
Technical Notes
- Glass type, thickness, and curvature are defined according to project needs.
- Different tinting, coating, or heating options can be applied if required.
- Meets relevant marine safety and certification standards when applicable.
Electrical Heated Glass
Clear Vision And Comfort In Marine Conditions
Electrical heated glass is designed to provide warmth, prevent condensation, and ensure clear visibility on board marine vessels. By integrating a conductive layer between two or more glass panes, the window gently emits heat across its surface, enhancing both safety and comfort—particularly in cold or humid environments.
How It Works
Heated glass typically consists of two or more layers of glass, laminated together with a conductive coating or film in between. When connected to a power source, this layer generates heat, which is then radiated outward to:
- Prevent fogging and condensation
- Melt ice or frost
- Maintain a stable internal temperature
In some configurations, heated glass units can be paired with thermostats or sensors, allowing automatic temperature regulation for optimal performance.
Key Advantages
- ✅ Prevents Fog and Condensation
Maintains a clear view by keeping the inner surface of the glass dry—even in highly humid marine environments. - ✅ Melts Ice in Cold Conditions
Effectively removes frost and ice buildup from windshields or windows, improving visibility and operational safety. - ✅ Improves Cabin Comfort
Helps reduce cold spots near windows and supports a stable interior climate. - ✅ Easy Operation
Heated windows activate via a simple switch or integrated thermostat—no manual wiping or defogging required. - ✅ Durable & Marine-Grade
Built to withstand harsh sea conditions, including vibration, salt air, moisture, and temperature fluctuations. - ✅ Low Maintenance Requires no special care—cleaning with a damp cloth is generally sufficient.
Typical Marine Applications
- Bridge windows and navigation panels
- Front windshields of yachts or patrol boats
- Passenger cabin windows
- Overhead glazing in cold-weather vessels
Fire-Resistant Safety Glass
Heat and Flame Protection for Marine Environments
Fire-resistant safety glass is designed to withstand high temperatures and slow the spread of fire, providing additional time for evacuation and damage control on board.
Key Properties
- Contains intumescent interlayers that expand when exposed to heat, creating an insulating barrier.
- Helps maintain visibility and structural integrity during a fire.
- Can be combined with tempered or laminated glass for added strength.
- Available in various fire-resistance ratings (e.g. 30, 60, or 90 minutes) depending on application needs.
Applications
- Control rooms and navigation bridges
- Fire-rated interior partitions and doors
- Engine room windows
- Escape routes and emergency exits
Compliance
These glasses are manufactured to meet marine safety standards and fire classification codes, often required by IMO and SOLAS regulations for certain vessel areas.
Laminated Glass
Durable and Safe Glazing for Marine Environments
Laminated glass is widely used in the marine industry for its strength, safety, and clarity. It consists of two or more glass layers bonded together with an interlayer, typically PVB (Polyvinyl Butyral) offering enhanced performance under harsh sea conditions.
Key Benefits
- Safety Performance
If broken, the glass fragments stay attached to the interlayer, reducing the risk of injury and keeping the pane intact. This is especially important in rough weather or impact situations. - Storm Resistance
Laminated glass can eliminate the need for storm shutters in approved applications, providing continuous protection during storms. - High Impact Resistance
Chemically strengthened glass combined with interlayers improves durability against wind, debris, or collision. - Optical Clarity
Laminated glass offers clear, undistorted vision, avoiding common visual flaws found in monolithic tempered glass such as roller wave distortion. - Lightweight and Thin Design
Options like ultra-thin chemically strengthened glass (e.g. Gorilla Glass) allow for strong yet lightweight glazing without bulk. - Customization Options
Available with UV protection, sound insulation, tinting, or bullet resistance depending on vessel requirements.
Typical Applications
- Front windscreens
- Side and overhead windows
- Navigation bridge glazing
- Custom yacht design panels
Marine Sliding Window
Description:
The marine sliding window is a type of ship window commonly installed on the wheelhouse bulkhead. It features a sliding design and is sealed with a durable rubber gasket around the frame to ensure weathertight protection. When closed, bolts apply pressure to secure a tight seal. The window frame is typically made from marine-grade steel or aluminum alloy, suitable for harsh marine environments.
Specifications:
- Custom sizes and designs available
- Can be manufactured for welded or bolted installation
- Frame material options: steel or aluminum alloy
- Delivered in natural finish, primed, or coated per customer requirements
- Fully assembled and ready for installation
- Additional features or specifications available upon request
Marine Tempered Glass
Introduction
Marine tempered glass is a type of prestressed glass designed to enhance strength through chemical or physical processes. These methods create compressive stress on the surface of the glass, which helps absorb and neutralize external forces. This process significantly improves the glass’s tensile strength and load-bearing capacity, making it suitable for demanding marine environments such as ship windows and scuttles.
Product Features
- High Strength: Tempered glass is 4 to 5 times stronger than standard float glass. It effectively withstands the impact of strong wind, ocean waves, and water pressure.
- Safety: When broken, tempered glass shatters into small, blunt-edged fragments, reducing the risk of injury.
- Optical Clarity: Produced using horizontal tempering technology, this glass maintains excellent flatness and minimal distortion, with a light transmittance of over 80%.
- Thermal Stability: It offers triple the thermal shock resistance of ordinary glass and can tolerate temperature differences up to 200°C.
