Fire Retardant Materials
Pushing the boundaries in transit, architecture and art
Specified by both architects and engineers, Ashland resins offer lighter weight and cost effective alternatives to traditional construction materials such as steel, aluminum, wood, stone and concrete. Able to be curved, corrugated, ribbed, textured or contoured, these unique products create beautiful designs while adhering to building codes. Extensive testing by our analytics and technical teams ensures the integrity of these materials. Research shows that pound for pound, fiber-reinforced plastics (FRP) provide strength and resistance to severe and extreme weather conditions.
Because they are lightweight, cost-effective, corrosion resistant and virtually maintenance free, architects and engineers specify Modar™ resins over more traditional building materials such as steel, aluminum, wood, stone and concrete. Ashland's line of resins and composite products offer lightweight, cost-effective, corrosion and fire resistant solutions to your construction challenges while creating award winning and functional designs.
Ashland resins are used to manufacture a wide variety of fire and low-smoke composites that are often specified in some architectural applications including: baseboards, columns, doors, facades, grating, ducting, light poles, moldings and cornices, planters, railings, stairways and window frames.
Modar resins can be used with all composite fabrication processes including:
Resin transfer molding (RTM)
In addition to being fire retardant, composites offer:
- to design strong lightweight products with maximum strength as determined by the design
- to absorb blows from the force of a bullet, explosion or flying debris in a storm
- to be fabricated into virtually any shape or configuration
- to mimic the appearance of other building materials including steel, stone or wood at a fraction of the cost
- to be installed without the use of special equipment
- to out-perform traditional materials by retaining their shape, size and function even in extreme conditions
- to offer long-term performance with little to no maintenance for overall cost savings
- Additional benefits:
- Composites don't easily conduct heat or cold thereby providing excellent insulation to help reduce energy costs
- Composites don't conduct electricity and are not magnetic making them ideal for electrical utility poles, cable trays and third rail covers
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