(855) 289-1874Missile Canard Retention Sleeve
Removable canard retention sleeve for a large defense contractor. Bright colored material, with labeling, and easy removal provided a unique solution for weapon system transport and testing operation. Inquire
Hook-N-Shield® Breakout Mesh
Custom length mesh shielding breakout for a scientific measurement device. This solution provided a faster and easier installation with ground terminals and labeling in addition to excellent shielding. Inquire
Generator Harness Thermal Protection Cover
Multiple-piece thermal protective solution for an electrical generator wiring harness. Pre-fabricated sewn and snap-closed sections reduced technician installation time dramatically over traditional tape wrapping methods. Inquire
EMI Mesh Covers
Custom mesh covers for a power generation facility. Large EMI covers met materials compatibility requirements and allowed for fast installation during a short planned maintenance period. Inquire
Low Temperature Equipment Cover
Custom low temperature equipment cover for a research project at the South Pole. Durable and easy to use zippered jackets protected sensitive equipment for safe and fast deployment in harsh conditions. Inquire
Collapsible Faraday Cage
High-performance, collapsible, lightweight Faraday cage for the US Navy. Portable chamber allows for testing of sensitive components in lab settings or in the field. Inquire
Heat Blanket with Grommets
High temperature protective cover for a wiring harness near large vehicle exhaust. Custom shape with attachment points fits and installs seamlessly into the frame near the diesel exhaust pipe. Inquire
Zipper-Shield™ with End Details
Custom zipper-closed EMI shield for semiconductor testing and fabrication equipment. Ground braid extensions with terminal lugs allow easy and reliable grounding, while attachment tabs ensure proper location. Inquire
Heat Protective Fire Engine Cover
Custom fitted netting with thermal protection for a fire engine. Durable materials with custom attachments to meet all the needs of the fire department. Inquire
Three-zipper Cable Sleeves
Modular three-zipper cable jacketing for NDT inspection system. Custom sleeving allows for two separate cable bundles to be separated or attached together. Inquire
Custom Solutions
Since we have been solving heat shielding, cable bundling, and EMI shielding challenges for decades, we understand not every application requires the same material, shielding, closure, size, or shape. Our wide range of manufacturing capabilities paired with our industry-leading Engineering team allows us to provide a heat shielding, cable bundling, EMI shielding, or specialized heat shrink solution catered to your needs.
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Why Choose Zippertubing?
Zippertubing® has been manufacturing American-made solutions for customers with both common and unique component protection challenges since 1957.
We will work with you to develop a custom solution specific to your needs.
Zippertubing® has been providing American-made engineered products around the globe since 1957. We manufacture all of our products in-house at our state-of-the-art facility in Chandler, AZ. You can trust that Zippertubing® will have the right solution to meet your specific component challenges.
Our sales and in-house engineering teams are readily available to answer all of your product questions and concerns. They can also can customize a solution to your particular problem.
Communication with our customers is very important to us, and we are readily available to work with you directly whether it be through the phone, email, in person or video conference. Zippertubing® also offers free webinars that can be specifically geared toward your unique component protection issue.
With our wide range of capabilities, we can help you or your team determine your component problem, as well as offer free engineering design and prototyping services to ensure the product works and functions as you or your company expects it to.
Zippertubing® has been manufacturing quality, American-made products and solutions in-house since 1957. Most of our products are made-to-order to ensure optimum shelf-life. Zippertubing® is currently pursuing ISO 14001 and AS9100 certifications and has achieved ISO 9001 and IATF 16949 certifications, so you can be assured your order will exceed the highest quality standards.
Zippertubing® offers free engineering design and prototyping services to help get your project started. Our engineers deliver a blend of experience from different specialties and backgrounds, as well as keep up to date with pertinent trends, environmental changes, specifications and restrictions. This ensures that your product will comply with your industry’s requirements; and it will function specifically to your needs.
Zippertubing® engineers will assist you in installation and testing whether it be on-site or via video conference to ensure proper installation and that product features are working as per your expectations.
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.
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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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.
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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.
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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.
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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.
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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.
More Ways to Reach Us
For any product questions or concerns, you can connect with us by phone, chat or email by clicking on one of the icons on the right.Success Stories
Zippertubing® has manufactured solutions for customers with both common and unique component challenges.
Read on to learn more about how our products and services exceeded their expectations
Miller Edge, Inc.
I engaged Zippertubing on a development project after careful review of their online products and capabilities. Matt and his team met with me and provided hands-on review and technical details of existing products and their impressive library of material samples. They offer robust protective coverings made from natural and synthetic fabrics, metal and polymer foils and films and a huge assortment of engineered structures developed for specific functions such as puncture and abrasion resistance, EMI shielding and more. We talked about our product performance demands and cost considerations. We also reviewed conceptual design details about our vision of the finished product. Just a week later Matt called me back for another meeting where I was shown actual proof of concept assemblies as well as functional prototypes. It took a few more iterations to iron out details, but the Zippertubing engineering and sales experts were able to develop timely and cost effective protective covering solutions to our demanding performance requirements. 10 out of 10.
Kelly Hedegard
Tempe Branch Manager
Miller Edge, Inc.
Magneticomm
The Zippertubing Company sales engineer was very responsive and was interested in finding the correct solutions to our problems. The Zippertubing Company got us samples quickly and helped us make a decision on our needs in short order.
Greg Trook
Magneticomm
LECO
Working with the Engineering group at Zippertubing to create a custom solution to a RF shielding problem was a great experience. From the initial consultation to the final product, communication and prototype delivery were above my expectations and ultimately produced a terrific production solution for our company.
Tim Judkins
Product Engineer
LECO
GeckoRobotics
The Zippertubing team was able to quickly turnaround a request for a custom jacketing system which met our specifications. The team was knowledgeable about their products, capabilities and materials which made the process simple and worthwhile.
Michael Binger
Mechanical Engineer II
GeckoRobotics
Global Aerospace
We recently worked with Zippertubing on the design of a submerged fuel hose system for the Navy. Zippertubing was responsible for the design and fabrication of engineering model hardware that we used for mechanical property testing. In addition, they designed and fabricated 450 feet of prototype hardware that was delivered to the Navy for eventual ocean testing. We were impressed with the creativity and expertise of the design and production engineers and Zippertubing’s willingness to go the extra mile. We would highly recommend Zippertubing to other companies seeking innovative solutions to challenging problems.
Kerry T. Nock
President
Global Aerospace
