Description
Arcticflex™ is a self-sealing, flexible, polyolefin, thermal insulation and is white in color. It is available in wall thicknesses of 1/2" and 1", in sizes ranging from 3/8" CTS to 4" IPS.
Applications
Arcticflex™ is used to retard heat gain and prevent condensation or frost formation on cold water plumbing, chilled-water and air conditioning lines. Arcticflex™ also retards heat loss on hot water plumbing.
Arcticflex™ has a low thermal conductivity and very low water vapor transmission rate. This low density product demonstrates excellent thermal, physical and chemical resistant properties and has a broad service temperature range between -330°F and 210°F (-201°C and 99°C). It can be installed in commercial, industrial and residential insulation projects. Acceptable for use with heat tracing/heat tape.
Installation
Arcticflex™ is pre-slit with factory applied pressure sensitive adhesive (PSA) to both seam surfaces and has convenient built-in release tabs for easy installation: slip on the tube, pull the tab, and pinch it shut. It can be easily pushed around P-traps and fittings, though mitering is recommended for optimum performance. All butt joints should be sealed with 320 or 620 (black) contact adhesive or other approved sealing system. It is easily cut with a sharp knife. Arcticflex™ is available in a wide range of l.D.s and is sized to fit over copper couplings and fittings. It should be installed on pipes that have been pre-tested for leaks, are not presently hot, and have application temperatures that will not exceed 210°F (99°C).
Outdoor Applications
Arcticflex™ pipe insulation is made from UV resistant polyolefin resins. For severe UV exposure (rooftop applications) or where optimum performance is required, the product must be protected from the elements. Various jacketing or cladding materials are recommended, ie. PVC, CPVC, AL, etc. If coatings are going to be used, please refer to technical bulletin for recommended coatings.
Underground
For buried lines above the water table, use a clean fill such as sand (3" - 5" layer) to protect Arcticflex™ before backfilling. It is recommended to use a 1" wall thickness and the materials to be buried are properly sealed at all seams and butt joints with an approved contact adhesive. For optimum perfor- mance, the lines should be encased in a conduit to protect them from problems associated with ground water.
Note: All Nomaco Insulation products must always be installed above the water table.
Resistance to Moisture Vapor Flow
The closed-cell structure and unique formulation of Arcticflex™ effectively retards the flow of moisture vapor, and is considered a low transmittance vapor retarder. For most indoor applications, Arcticflex™ needs no additional protection. Additional vapor barrier protection may be necessary for Arcticflex™ when installed on low temperature surfaces that are exposed to continuous high humidity.
Flame and Smoke Rating
Arcticflex™ in wall thicknesses of 1" (25 mm) and below has a flame spread rating of 25 or less and a smoke development rating of 50 or less as tested by ASTM E 84 Method of Testing entitled: “Surface Burning Characteristics of Building Materials." Arcticflex™ is acceptable for use in duct/plenum applications meeting the requirements of NFPA 90A/90B. Numerical flammability ratings alone may not define the performance of products under actual fire conditions. They are provided only for use in the selection of products to meet limits specified, when compared to a known standard.
Specification Compliance
ASTM C 1427, Type 1, Grade 1
New York City OTCR #13-09
USDA Requirements
ASTM E 84 1" 25/50-tested according to UL 723 and NFPA 255
Complies with requirements of CAN/ULC S102.2-M88
CFC/HCFC Free
Low VOCs
Halogen Free
Non-porous
Fiber Free
Resistant to mold growth
Sound transmission co-efficient = 11 at 1" per ASTM E90
Compatible with CPVC Piping (Lubrizol listed)
Specification Compliance ASTM C 1427, NFPA 90 A/B.
City of Los Angeles, Gen. Approval, Research Report RR 8316
Dade Co., Fl., Product Control Approved, Acceptance #95-1215.08
Tuesday, March 9, 2010
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