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PFR-10

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The most flexible, abrasion-resistant, polyurethane film, 10 Mil
  • A flame-retardant jacketing material that is also fungus resistant
  • Excellent in abrasion, environmental, chemical and electrical protection properties
  • Because of its NON-PVC properties is perfect for nuclear, aerospace and military applications

Material Specification No. 1005

Raw materials are not sold separately, please contact the sales department for any special requirements.

Details

Specifications

Print Datasheet

Details

The possibilities are endless with either PFR-10 or PFR-18 jacketing materials.

Similar to our very popular PFR-18 jacketing material, PFR-10 offers the same attributes excluding its thickness. This material is .010” thick which provides even more flexibility than the PFR-18 material. PFR-10 is an extremely flexible, flame-retardant polyether urethane material that has a soft rubber-like texture and feel. The material does have some give, which gives it some stretch and perfect for form fit applications. The material is perfect for demanding environments where ruggedness, resistance to abrasion and most fluids is a requirement.

The PFR materials have been utilized in the nuclear, aerospace and military applications for many years because it is a NON-PVC material, and it meets MIL-I-3930/21 specifications. The PFR jacketing materials are polyether based polyurethane films that meet the MIL-C27072, MIL-C-13777 and MIL-I-3930/21 for electrical cable insulation. The materials are fungus resistant per MIL-STD-810, flame retardant to specification UL94 V-O and is not only heat sealable using Zippertubing’s RF Welding machine, but can be sewn, attach hook-and-loop, our track closures also using the PFR material, a zipper with pre-installed EMI shielding and so much more!


Specifications

PFR-10

PFR-10 Specifications:

Similar to our very popular PFR-18 jacketing material, PFR-10 offers the same attributes excluding its thickness. This material is .010” thick which provides even more flexibility than the PFR-18 material. PFR-10 is an extremely flexible, flame-retardant polyether urethane material that has a soft rubber-like texture and feel. The material does have some give, which gives it some stretch and perfect for form fit applications. The material is perfect for demanding environments where ruggedness, resistance to abrasion and most fluids is a requirement.

The PFR materials have been utilized in the nuclear, aerospace and military applications for many years because it is a NON-PVC material, and it meets MIL-I-3930/21 specifications. The PFR jacketing materials are polyether based polyurethane films that meet the MIL-C27072, MIL-C-13777 and MIL-I-3930/21 for electrical cable insulation. The materials are fungus resistant per MIL-STD-810, flame retardant to specification UL94 V-O and is not only heat sealable using Zippertubing’s RF Welding machine, but can be sewn, attach hook-and-loop, our track closures also using the PFR material, a zipper with pre-installed EMI shielding and so much more!

Specific Gravity 1.25
Dielectric Strength 900 volts/mil
Flammability UL94 V-0
Copper Corrosion Mil-C-27072 & 13777
RoHS RoHS-10
Thickness .010" (+/- .001)
Dielectric Constant 5.0 - 6.0
Color Black
Elongation 650%
Ozone Resistance No Cracks
Durometer (Shore A) 85
Fungus Resistant Mil-Std-810, Method 508.3
Minimum Operating Temperature -67 ° F (-55 ° C )
Maximum Operating Temperature 225 ° F (107 ° C )
Tensile Strength 4000 psi

Specifications subject to change without notice. All statements and technical information contained herein are based on tests we believe to be reliable, but the accuracy or completeness is not guaranteed under all circumstances. Before using Zippertubing® products, the user shall determine suitability for the intended use, and user assumes all responsibility for improper selection. Published attenuation values of Zippertubing® shielding have been verified by laboratory testing of the respective shielding materials. Actual installed attenuation values may differ due to installation techniques and final assembly operation parameters which are beyond the control of Zippertubing®. Actual attenuation values can only be determined by the end user testing the completed assembly. U.S. and International Patents and patents pending. © 2021 The Zippertubing® Company, Chandler, Arizona.

Engineering Team

The collective expertise of our in-house engineering team can provide you with endless ways to solve your component issues and create a solution — everything from conceptualizing to final product.

Tim Mead

Director of Operations

Tim earned his Bachelors of Science in Chemical Engineering from the University of Alabama in Huntsville. He has experience in the chemical processing industry optimizing throughput and efficiencies as well as experience in the aerospace and space industries where he worked on materials selection, design and processing for avionics, radar and satellite orientation systems. Tim is responsible for manufacturing operations and new process development.

Scott Yee

Engineer Manager

Scott earned his Bachelors of Science in Aerospace Engineering from Arizona State University in Tempe, AZ. He has experience in systems program management, aerospace systems, optical components, optical systems, semiconductor processing equipment, testing and R&D product development. Scott is currently responsible for overseeing design concepts, new product development and improvement of existing product lines.

Matt Hesselbacher

Principal Engineer

Matt earned his Bachelors of Science in Electrical Engineering from the University of Arizona in Tucson, AZ. He has many years of experience in the aerospace industry designing electrical subsystems and cable harnesses for missiles and satellite launch systems. Matt is currently responsible for product training, EMI shielding design, new product development, and legacy product support.

Jonathan Speirs

Senior Production Engineer

Jonathan earned his Bachelors of Science in Manufacturing Engineering Technology from Brigham Young University in Provo, UT. He has experience designing products, fixtures, gauges, and other manufacturing aids to ensure streamlined processing of material through each phase of production. Jonathan is currently involved in new product development, manufacturing support, and automotive tooling & fixture design.

Madison Lenschow

Design Engineer

Madison earned her Bachelors of Science in Mechanical Engineering from Northern Arizona University in Flagstaff, AZ. She has experience developing and testing mobility systems and prototype electro-mechanical systems. Madison is responsible for new product development, field support for product installations, and general product training.

Taylor Black

Material Engineer

Taylor earned his Bachelors of Science in Polymer Science & Engineering from Case Western Reserve University in Cleveland, OH. He has experience developing various material compounds and optimizing their performance characteristics by adjusting process parameters and incorporating additives. Taylor is responsible for new product and materials testing as well as material and process refinement based on industry specific requirements.

  • Tim Mead

    Director of Operations

    Tim earned his Bachelors of Science in Chemical Engineering from the University of Alabama in Huntsville. He has experience in the chemical processing industry optimizing throughput and efficiencies as well as experience in the aerospace and space industries where he worked on materials selection, design and processing for avionics, radar and satellite orientation systems. Tim is responsible for manufacturing operations and new process development.

  • Scott Yee

    Engineer Manager

    Scott earned his Bachelors of Science in Aerospace Engineering from Arizona State University in Tempe, AZ. He has experience in systems program management, aerospace systems, optical components, optical systems, semiconductor processing equipment, testing and R&D product development. Scott is currently responsible for overseeing design concepts, new product development and improvement of existing product lines.

  • Matt Hesselbacher

    Principal Engineer

    Matt earned his Bachelors of Science in Electrical Engineering from the University of Arizona in Tucson, AZ. He has many years of experience in the aerospace industry designing electrical subsystems and cable harnesses for missiles and satellite launch systems. Matt is currently responsible for product training, EMI shielding design, new product development, and legacy product support.

  • Jonathan Speirs

    Senior Production Engineer

    Jonathan earned his Bachelors of Science in Manufacturing Engineering Technology from Brigham Young University in Provo, UT. He has experience designing products, fixtures, gauges, and other manufacturing aids to ensure streamlined processing of material through each phase of production. Jonathan is currently involved in new product development, manufacturing support, and automotive tooling & fixture design.

  • Madison Lenschow

    Design Engineer

    Madison earned her Bachelors of Science in Mechanical Engineering from Northern Arizona University in Flagstaff, AZ. She has experience developing and testing mobility systems and prototype electro-mechanical systems. Madison is responsible for new product development, field support for product installations, and general product training.

  • Taylor Black

    Material Engineer

    Taylor earned his Bachelors of Science in Polymer Science & Engineering from Case Western Reserve University in Cleveland, OH. He has experience developing various material compounds and optimizing their performance characteristics by adjusting process parameters and incorporating additives. Taylor is responsible for new product and materials testing as well as material and process refinement based on industry specific requirements.

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