PTFE Materials for Renewable Energy Manufacturing

Renewable Energy
Material Solutions

 

Taconic manufactures high-performance PTFE coated fabrics, tapes, films, foils, and belting materials for demanding renewable energy production environments.

From wind turbine blade manufacturing and solar panel lamination to hydrogen fuel cell component production, Taconic materials help improve release performance, process consistency, dimensional stability, surface quality, and manufacturing efficiency.

Taconic PTFE materials for renewable energy manufacturing
Applications: Wind Turbine Blades Solar Panel Lamination Solar Stringer Belts PEM Fuel Cells COPV Manufacturing
 

Application Overview

Materials built for the energy transition.
Engineered for production reality.

Renewable energy manufacturing depends on materials that can handle heat, pressure, adhesion, release, abrasion, dimensional movement, and continuous production demands.

Taconic supports these processes with PTFE coated fiberglass fabrics, anti-static belting, Kevlar reinforced belt constructions, adhesive backed release tapes, PTFE film tapes, and custom fabricated components.

The Challenge

Release. Stability.
Efficiency. Quality.

Renewable energy production environments require surfaces that release cleanly, last longer, resist heat, and help keep production moving.

Wind blade mold release and seam sealing
Solar panel lamination belts and release fabrics
Hydrogen fuel cell roll-to-roll coating support
COPV release fabrics, tapes, and CNC cut profiles
 

Renewable Energy Applications

One fast-moving market.
Multiple production challenges.

PTFE release materials for wind turbine blade manufacturing
 

Wind Turbine Blades

TacWind release liners, PTFE tapes, film tapes, and release fabrics for hand lay-up, open mold composites, seam sealing, masking, and blade surface quality control.

PTFE anti-static solar panel lamination belts
 

Solar Panel Lamination

PTFE and anti-static fiberglass and Kevlar belt materials for rigid and flexible photovoltaic module lamination, release fabrics, and solar stringer belts.

PTFE coated fabrics for hydrogen fuel cell production
 

Hydrogen Fuel Cells

PTFE coated fiberglass fabrics, tapes, films, foils, and custom profiles for PEM fuel cell coatings, decal lamination, MEA production, and COPV manufacturing.

Wind turbine blade production using Taconic release materials
 
 

Wind Turbine Blade Manufacturing

Clean release.
More productive blade molds.

Taconic engineers PTFE coated tapes and fabrics to act as efficient, cost-effective release surfaces for hand lay-up and open mold composite processes used in wind turbine blade production.

TacWind is a flexible, self-adhesive mold release liner used during the hand lay-up process to help provide clean removal from the completed blade, smooth blade surfaces, easier tool cleaning, and a higher number of production pulls.

 

Download Wind Turbine Literature

TacWind Advantages

Optimal release
Multi-use performance
Flexible and conformable
Abrasion resistant
Reduces preparation, finishing, and cleanup time
Temperature resistant from -100°F to 500°F
 

Wind Energy Product Options

Release surfaces and films
for blade production.

 
TacWind Green PTFE mold release liner for wind turbine blade production

TacWind Green

Elite smooth specialty PTFE coating designed for the highest release performance and maximum production cycles.

Best top surface release, smoothest blade surface, easiest release adhesive.

 
TacWind Red PTFE mold release liner for wind turbine blade production

TacWind Red

Premium smooth specialty PTFE coating for superior top surface release and exceptional production cycle performance.

Superior release, smooth blade surface, clean release adhesive.

 
TacWind Brown PTFE mold release liner for wind turbine blade production

TacWind Brown

Standard smooth PTFE coating for excellent top surface release, clean adhesive removal, and high cycle performance.

Excellent release, smooth blade surface, high number of cycles.

Product Thickness Adhesive Type Adhesive Strength Operating Temp Typical Use
TacWind Green 0.008 in Silicone 55 oz -100 / 500°F Elite mold release liner
TacWind Red 0.008 in Silicone 55 oz -100 / 500°F Premium mold release liner
TacWind Brown 0.008 in Silicone 55 oz -100 / 500°F Standard mold release liner
6085-05 / 6085-06 0.007 / 0.008 in Silicone 55 oz -100 / 500°F PTFE tape
6115-03 / 6445-02 0.005 / 0.004 in Silicone 37 / 25 oz -100 / 500°F Film tape

The data herein are averages based on authoritative testing of several lot numbers. This information is intended for comparison purposes only.

Solar panel lamination belts and release fabrics
 
 

Solar Panel Lamination

Reliable release.
For reliable PV module output.

Taconic PTFE and anti-static fiberglass and Kevlar belt materials are used in the lamination process of rigid and flexible photovoltaic modules.

PTFE coated materials offer optimal release and excellent heat resistance, helping solar manufacturers increase efficiency through time savings, cost reductions, and improved end-product quality.

Download Solar Literature

 

Solar Belt Features

Anti-static constructions available
High strength fiberglass and Kevlar options
Increased dimensional stability
Temperature resistant to 500°F / 260°C
Excellent release properties
Custom splices and edging available
 

Solar Product Options

PTFE belting materials
for PV module lamination.

Product Coating Fabric Type Thickness Tensile Strength Max Width Temp Resistance
7108 PTFE Fiberglass 0.0090 in 285 lbs/in 62 in 500°F / 260°C
7103AS PTFE Anti-Static Fiberglass 0.0095 in 280 lbs/in 94 in 500°F / 260°C
7148 PTFE Fiberglass 0.0135 in 400 lbs/in 104 in 500°F / 260°C
7143AS PTFE Anti-Static Fiberglass 0.0140 in 400 lbs/in 104 in 500°F / 260°C
715KAS PTFE Anti-Static Kevlar 0.0146 in 620 lbs/in 106 in 500°F / 260°C
7153AS PTFE Anti-Static Fiberglass 0.0140 in 455 lbs/in 128 in 500°F / 260°C

The data herein are averages based on authoritative testing of several lot numbers. This information is intended for comparison purposes only. Check with your Taconic sales representative for width availability and material alternatives.

Hydrogen fuel cell materials and PTFE coated fabrics
 
 

Hydrogen Fuel Cell Materials

Stable carriers.
Cleaner transfer and release.

Taconic PTFE coated fiberglass fabrics for hydrogen fuel cell component production offer a dimensionally stable coating carrier during anode and cathode roll-to-roll coating processes.

These materials provide clean release during transfer and decal lamination onto the PEM to make the MEA, helping manufacturers reduce costs, improve production processes, and increase end-product reliability.

Download Fuel Cell Literature

 

Fuel Cell Material Features

High temperature range from -100°F to 500°F
Outstanding nonstick surface
Superior release
High abrasion and chemical resistance
Dimensional stability
High dielectric strength
 

Fuel Cell Production Support

PTFE coated fabrics and tapes
for PEM and COPV processes.

 

PEM Fuel Cell
Roll-to-Roll Coating

Mechanical strength during casting
Elimination of thermal shrinkage
No edge curling during casting
Reduced surface roughness
Facilitates volume production
 

COPV Manufacturing
Parts and Protection

COPV dome protection parts
Release fabrics for composite manufacturing molds
Custom CNC cut profiles
Tapes and release materials for composite processing
Custom polymer coating capability
 

Fuel Cell Product Options

Smooth surfaces and stable carriers
for fuel cell production.

 

7030-1 & 7030-1S

Single-use smooth surface fabrics for applications where microinch roughness is important and castings require clean, easy release.

 

7069

6 mil PTFE coated fabric with exceptional release, heat resistance, and chemical resistance for applications where heat transfer is desired.

 

6085 & 6115 Series

PTFE coated fabric tapes and adhesive coated skived PTFE film options for COPV manufacturing, protection, and processing support.

Product Thickness Coated Weight Tensile Strength Tear Strength Operating Temp Dielectric Strength
7030-1 0.0033 in 0.33 lbs/sq yd 90 / 55 lbs/in 3.4 / 2.7 lbs -100 / 500°F 3500 volts/mil
7030-1S 0.0033 in 0.33 lbs/sq yd 90 / 55 lbs/in 3.4 / 2.2 lbs -100 / 500°F 5000 volts/mil
7069 0.006 in 0.59 lbs/sq yd 175 / 160 lbs/in 5.0 / 4.0 lbs -100 / 500°F 6000 volts/mil
6085-06 0.0077 in N/A 185 / 170 lbs/in 5.0 / 4.5 lbs -100 / 500°F 8000 volts/mil
6115-05 0.0072 in N/A 15 / N/A lbs/in N/A -100 / 500°F 12000 volts/mil

The data herein are averages based on authoritative testing of several lot numbers. This information is intended for comparison purposes only. Other product thicknesses and coated film or foil versions may be available.

 

Custom Engineering Support

Need something specific?
We can help build it.

Taconic can coat a variety of polymers on substrates including glass, film, and carbon fiber to meet demanding renewable energy production requirements.

Custom options may include adhesive systems, widths, splices, edging, CNC cut profiles, film and foil versions, alternative thicknesses, and bespoke coated solutions up to 4000 mm wide.

Custom Widths
Custom Splices
Custom Edging
CNC Cut Profiles
Film & Foil Options
Bespoke Coatings

Renewable Energy Material Support

Building better renewable energy products?
Start with Taconic.

Whether your process requires wind blade release liners, solar panel lamination belts, fuel cell coating carriers, COPV release fabrics, or custom PTFE coated materials, Taconic can help identify the right construction for your application.