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Trymer™ Polyisocyanurate by Johns Manville

TRYMER™ polyisocyanurate foam is produced for a variety of applications. Manufactured in bunstock lengths up to 24', TRYMER products are available in a range of densities and compressive strengths to meet exacting specifications and customer requirements. TRYMER products offer outstanding versatility and proven performance for panel, pultrusion, composite and thermal insulation applications.

Trymer™ Polyisocyanurate Board by Johns Manville

Trymer™ Polyisocyanurate Board by Johns Manville

Trymer™ Polyisocyanurate Board is a rigid insulation panel composed of a polyisocyanurate foam core bonded to a number of different substrates like fiber reinforced facer, foilfaced facer or oriented strandboard (OSB). Polyiso board can be used for roof, wall, or floor applications. Polyiso is lightweight and cost effective, and has superior thermal insulation properties.

Trymer™ Polyisocyanurate Pipe Covering by Johns Manville

Trymer™ Polyisocyanurate Pipe Covering by Johns Manville

Trymer™ polyisocyanurate pipe insulation is a closed-cell, high-performance insulation for pipe, vessel, equipment and duct applications. Atlantech offers a complete line of Trymer pipe insulation products in a selection of densities and compressive strengths. Trymer pipe insulation features one of the lowest ambient k-factors among all pipe insulations: 0.19 BTU·in/hr·ft2·°F at 75°F mean temperature (0.027 W/m·°C at 24°C) and can be used over a broad temperature range from -297°F to 300°F (-183°C to 148°C).

Trymer™ Polyisocyanurate Pipe Fittings by Johns Manville

Trymer™ Polyisocyanurate Pipe Fittings by Johns Manville

In addition to superior thermal conductivity (low k-factor and high R-value), Trymer polyisocyanurate pipe insulation products feature Effective coverage of elbows and fittings, Very good flame spread/smoke developed performance, Closed-cell and non-fibrous structure, Exceptional moisture resistance (to both liquid and vapor), Strength and durability, Fabrication ease, Ease of installation and maintenance, Excellent chemical resistance, and Hydrocarbon blowing agents, which have no ozone-depletion potential.