AllPoints PT1 2 Inch Cork Insulation Tape for Hot or Cold Applications
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- Provides reliable thermal and moisture barriers
- Endures temperatures from -20°F to 158°F
- Adheres securely to metal surfaces for sealing
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The Parker Hannifin PT1 Cork Insulation Tape is a premium-grade sealing material designed for thermal insulation applications within industrial and commercial piping systems. Measuring 1/8" thick, 2" wide, and extending 30 inches in length, this cork-based tape provides reliable thermal and moisture barrier properties. It withstands a temperature range from -20°F to 158°F, making it suitable for both hot and cold pipe insulation, especially for preventing condensation drip issues. It adheres strongly to metal surfaces and maintains flexibility over continuous duty cycles, resisting cracking and drying out, thereby ensuring long-term performance in demanding environments. The PT1 tape's construction leverages durable cork material, optimized for sealing and thermal management in HVAC, plumbing, and process piping systems.
The PT1 Cork Insulation Tape from AllPoints provides an effective thermal barrier for piping and duct work in commercial environments, facilitating moisture control and temperature regulation. Its flexibility allows for easy installation around irregular shapes, while the adhesive backing ensures secure attachment on metal surfaces. Designed for applications requiring durability under continuous operation, it effectively stops pipe condensation drips, and withstands temperature fluctuations without degradation.
Ideal for sealing and insulating pipe joints and fittings within commercial HVAC or plumbing workflows.
The Parker Hannifin PT1 Cork Insulation Tape features a straightforward design built for ease of installation and reliable performance. It is a non-hazardous, non-electrical product manufactured in the United States, with dimensions of 2.5 inches in height, 9 inches in width, and 9 inches in depth. The tape weighs approximately 2.9 pounds per unit. Its cork material ensures effective thermal insulation with a temperature endurance from -20°F up to 158°F, suitable for cold and hot piping environments. The adhesive backing allows for secure attachment to metal surfaces, promoting durability in continuous duty applications. The product’s OEM classification indicates it is intended for integration into standard industrial and commercial piping systems, especially where moisture control and thermal insulation are critical.
A commercial cork insulation tape is a flexible, adhesive-backed material made from cork designed to insulate pipes and prevent condensation. It is typically installed in HVAC, plumbing, and process piping systems to provide thermal resistance and moisture sealing. The PT1 model from Parker Hannifin is an OEM-grade product used in various industrial settings, capable of enduring temperatures from -20°F to 158°F. It is installed around metal pipes to improve energy efficiency and control humidity, making it an ideal choice for pipe insulation in commercial facilities requiring reliable moisture management and temperature regulation.
Designed for moderate workloads in industrial environments, the Parker Hannifin PT1 Cork Insulation Tape from AllPoints ensures durable pipe sealing and moisture protection. Its resilient cork composition enhances thermal performance, making it suitable for installation in HVAC, plumbing, and process facilities. This product supports medium-volume commercial operations, providing effective insulation with easy installation for frequent maintenance access.
AllPoints PT1 Cork Insulation Tape offers a reliable, easy-to-install sealing solution that withstands thermal cycling and moisture exposure better than standard insulating tapes. Its high-quality cork construction ensures longevity under continuous duty, while its adhesive backing simplifies application on various pipe materials. The product’s tailored dimensions and temperature range make it a superior choice for industrial pipe insulation compared to generic alternatives, enhancing operational efficiency and moisture management.
