TenCate Materials for the Consumer Footwear and Orthotics Markets

Transcription

1 TENCATE PERFORMANCE COMPOSITES TenCate Materials for the Consumer Footwear and Orthotics Markets Footwear Orthotics Skates Sports Gear Orthopedics TenCate CFRT Thermoplastic Composites

2 TENCATE PERFORMANCE COMPOSITES MATERIALS THAT MAKE A DIFFERENCE TenCate Performance Composites participates in applications ranging from transportation to footwear, from energy to electronics with the most complete line of thermoplastic and thermoset advanced composites. Website: provides our customers with easy access to product data, technical papers, and literature. Alternatively download the TenCate Selector Guide App. Interactive Materials Selection Guide is available on our website or as an app for your tablet computer or smartphone. Visit our website for more info:

3 Table of Contents TenCate Company Profile... 4 The Material Edge... 5 Manufacturing Overview Footwear Applications Designing , TenCate Advanced Composites, Inc. All rights reserved. Contents may not be reproduced in whole or in part without the written consent of TenCate. The TenCate logo is a registered trademark of TenCate Advanced Composites Inc. All other brand and product names are trademarks or registered trademarks of their respective companies. Technical data and specifications are subject to change without notice. TenCate Cetex, CFRT and all other related characters, logos and trade names are claims and/or registered trademarks TenCate and/or its subsidiaries. Use of trademarks, trade names and other IP rights of TenCate without express written approval of TenCate is strictly prohibited. ENVIR-Bond (EB) is TenCate s material innovation to improve the ease of processing at the factory level and help reduce the amount of harmful solvents used in the footwear manufacturing process. EB tie-layers are added for injection over molding. Printed in USA.

4 TENCATE PERFORMANCE COMPOSITES 4 TenCate CFRT Materials TenCate Advanced Composites Company Profile TenCate is a leading supplier of specialty materials ranging from ballistic armor protection and advanced composites to protective fabrics and geosynthetics. TenCate, a company with a rich 300+ year history, employs over 4,200 personnel in 15 countries and has annual sales in excess of $1 billion. All groups focus heavily on innovation, and on delivering value through materials technology. TenCate CFRT Materials TenCate's Performance Composites group represents TenCate's industrial thermoplastic products division which is part of TenCate Advanced Composites. TenCate Performance Composites provides thermoplastic laminates for the footwear/orthotics industries and serves many other industries with thermoplastic based unidirectional tapes based upon engineering polymers such as nylon, polyethylene, polypropylene and other such resins. Our composite materials can be found in over 100 million pairs of shoes worldwide and under the feet of more than 5 million patients who require podiatric correction. Additionally, TenCate composites are used for high performance braces in the orthopedic profession. Our composites are worn by all-star professional athletes, people who run 10K s, shoot hoops, try to break par, and climb mountains because they are there. TenCate's proprietary technology has advantages over other thermoplastic technologies in the method that the materials are produced, which leads to greater consistency and accuracy. TenCate composites have high durability with excellent damping and shock attenuation and resiliency, which results in enhanced energy return (spring) and response. TenCate composites provide superior stability and support, yet are lightweight and thin enough to minimize weight to reduce fatigue and stress. TenCate Performance Composites Locations: Camarillo, CA - Focus on high volume producer of TenCate CFRT thermplastic laminates and components. Burlington Ontario Canada - Producer of low cost TenCate CFRT uni-directional (UD) tape. Guangzhou, China - A Wholly Foreign Owned Enterprise (WFOE) established to manufacture components and value added assemblies from TenCate CFRT Materials.

5 TENCATE PERFORMANCE COMPOSITES 5 The Material Edge TenCate Performance Composites CFRT composite materials are used to enhance footwear performance. Our materials have unique attributes that, when used strategically, can reduce the weight of footwear substantially while increasing biomechanical stability. Our materials are used in combination with other components to create footwear which is truly engineered. The resilience (spring or responsiveness) effect of TenCate CFRT composite materials means they return to their original shape through millions of cycles thus contributing to reduced foot fatigue and injury prevention. TenCate CFRT materials have performance and weight advantages over chopped fiber reinforced or non-reinforced injection molded materials. The TenCate CFRT composite materials are tunable. They can be tailored to increase or limit the range of foot motion with fiber replacement, resin and component design. The fiber placement can be selected to provide the greatest mechanical properties in the desired direction. Similar to a continuous bridge, TenCate CFRT materials provides engineered strength from one end of the component to the other. TenCate CFRT materials can be designed with a different fiber types and content in each direction allowing for different properties in each direction. This allows the designer to develop a shoe component with different characteristics in the medial-lateral and longitudinal direction. Continuous Fiber Thermoset Cost Short Fiber Thermoplastic Long Fiber Thermoplastic Continuous Fiber Thermoplastic Performance

6 TENCATE PERFORMANCE COMPOSITES 6 TenCate CFRT Materials Sheet Manufacturing TenCate s vertically integrated manufacturing allows for lower production costs, greater flexibility and fast delivery. TenCate s factory is operated using computer aided manufacturing systems. The manufacturing processes for producing TenCate CFRT materials (continuous fiber reinforced thermoplastic) sheet materials includes resin formulation, prepreg, and lamination. Multiple opening lamination presses produce high throughput of consistent composite sheet materials, while allowing for manufacturing flexibility. The thermoplastic panels proceed from lamination presses to cutting operations. The 3 x 4 (910 x 1220 mm) sheet materials are produced in a multitude of grades and aesthetic options.

7 TENCATE PERFORMANCE COMPOSITES 7 TenCate CFRT Materials High Volume Component Manufacturing Using CAD/CAM programming and the latest waterjet technology, component parts are cut quickly and efficiently. Material utilization is maximized and tooling costs are minimized compared to other cutting processes. The waterjet-cut flat component patterns are then formed in seconds using relatively inexpensive tooling. TenCate ships over a million high quality composite components every month to facilities around the world. TenCate s integrated factor ensures timely delivery of high quality components to customers. TenCate CFRT composite materials are offered in both woven and uni-directional formats. Our technology blends the benefits of a thermoplastic polymer alloy with fiber reinforcement. The result is a synergistic material with greater strength than the two alone.

8 TENCATE PERFORMANCE COMPOSITES 8 Laminate Styles Products are offered in a variety of materials including: Glass Fiber - The most cost effective woven composite Carbon Fiber - The greatest strength to weight option available Carbon / Glass Fiber - The most efficient carbon product Our woven series materials are offered in a variety of weave styles and fiber (carbon and glass) combinations. Each is chosen for its own unique performance, aesthetic and economic attributes. Laminate Selection Guide: ORTHOTIC LAMINATE STYLES Fiber Reinforcement TenCate Cetex Product Laminate Style Resin Style Thickness mm / inches Rigidity N/cm 2 / lbs/in 2 Modulus GPa / Msi Strength MPa / ksi Carbon TC951 TL2100 Acrylic Semi-Flex 1.78/ / / /53 Carbon TC951 TL2100 Acrylic Semi-Rigid 2.29/ / / /49 Carbon TC951 TL2100 Acrylic Rigid 2.79/ / / /41 Carbon TC951 TL2100 Acrylic Ultra 2.92/ / / /44 Carbon TC951 TL6000-MOD1 Acrylic Twill Weave 2.92/ / / /48 Carbon TC951 TL6000-2L Acrylic Twill 2.2/ / / /55 Carbon TC951 TL6000-3L Acrylic Twill Weave 2.95/ / / /49 Carbon TC951 TL6000-4L Acrylic Twill Weave 3.43/ / / /66 All RTL panels are supplied with.007 (.0.178mm) films on the outside with the exception of TC951 (TL6000-MOD1).

9 TENCATE PERFORMANCE COMPOSITES 9 FOOTWEAR LAMINATE STYLES Orthotic Laminates Carbon TenCate Cetex Product TC950 Laminate Style SL2000/ SuperLam Resin PMMA Style Plain Weave/ Twill Weave Thickness mm / inches Rigidity N/cm 2 / lbs/in 2 Modulus GPa / Msi Strength MPa / ksi 0.25/ / /512 Carbon TC950 TL2000* PMMA Plain Weave 0.89/ / / /80 CARBON Carbon TC950 TW2000 PMMA Twill Weave 0.60/ / / /80 Carbon TC950 TW2000-TPU PMMA Twill Weave 0.87/ / / /39 Carbon TC950 TW2000-2L PMMA Twill Weave 1.30/ / / /97 Carbon/Glass TC950 BW1000 PMMA Carbon/Glass TC950 BW1000-PEB PMMA Basket Weave Basket Weave 0.98/ / / / / / / /25 CARBON/GLASS Carbon/Glass TC950 PW1000 PMMA Plain Weave 0.84/ / / /22 Carbon/Glass TC950 TW1000 PMMA Twill Weave 0.89/ / / /47 Carbon/Glass TC950 TW1000-TPU PMMA Twill Weave 1.0/ / / /48.7 Carbon/Glass TC950 TW1000-PEB TPU/PMMA Twill Weave 1.08/ / / /29 Glass TC950 AG18-2L PMMA Plain Weave 0.89/ / / /60 Glass TC950 AG33 PMMA Plain Weave 0.84/ / / /31 Glass TC950 XTS-3L ABS Unitape 0.90/ / / /65.3 Glass TC950 XTS-4L ABS Unitape 1.20/ / / /73 GLASS Glass TC950 TWAG PMMA Twill Weave 0.84/ / / /47 Glass TC970 SS-AG7544 TPU Plain Weave 0.50/ / /37 Glass TC970 SS-AG7781 TPU Plain Weave 0.2/ / /47 *Values shown are with PMMA core (0.33 mm PMMA core). Tensile ENVIR-Bond (EB) is TenCates material innovation to improve the ease of processing at the factory level and help reduce the amount of harmful solvents used in the footwear manufacturing process. EB tie-layers are added for injection over molding.

10 TENCATE PERFORMANCE COMPOSITES 10 Footwear Component Recommendations Turf Plate - Typically used in turf footwear, the turf plate is used in place of spring steel to limit the extension of the great toe. TenCate has developed a very specific material for this application. Some added benefits using CFRT is, it reduces the amount of heat transferred from the turf to the wearer s foot. Shank Plate - The shank plate is located under the midfoot or arch area of the foot as a support. This area of the shoe is often cut-out or sculpted. TenCate CFRT materials are used as a shank buried under the arch (typically in the midsole) or as an exposed torsional enhancement creating a bridge between the heel and forefoot. Both applications will reduce the weight of the footwear as typically other materials can be reduced by using the TenCate CFRT technology. The larger the shank plate, the more biomechanical support and the lighter the footwear can be. Spring Plate or Propulsion Plate - An extension of the shank plate, the spring plate or propulsion plate extends into the forefoot. TenCate CFRT materials have been extended even into the first and second metatarsal for added spring and resiliency. The plate can be engineered to give the desired balance of stiffness vs. compliance while absorbing the impact of the foot striking the ground. For example, when wings are added to the spring plate, it provides added medial/lateral control to the wearer. Sock Liner or Insole - As an aftermarket improvement or provided as a comfort or performance aspect of the footwear, TenCate CFRT composite materials can be used as a sock liner or insole providing added support just under the foot. Studies have shown using TenCate CFRT composite materials as a sock liner or insole will reduce foot fatigue, improve stability and make the footwear more comfortable. The composite material is thin and light providing support while not taking up too much room in the shoe. The shell can also be heat adjusted for customization. Bonding Guidelines Our TenCate CFRT materials can be In-Molded, Stock-Fit and Injection Over-Molded. The following are our bonding guidelines. Bonding requires that the surface be cleaned, but not dissolved with aggressive scrubbing or wiping, as the polymer can be removed exposing the fibers. Cleaners such as isopropyl alcohol, IPA, are preferred over aggressive solvents such as MEK. The surface of the material and adhesive layers should be free from contaminants such as mold release, oil from fingers in handling, etc. The content of aggressive solvents in primer and adhesives should be minimized where possible. Excessive wiping, brushing or pooling of cleaners, primers and adhesives should be avoided. Priming - Apply a thin layer of the primer with a clean brush with a light back and forth stroke. - Heat the material with primer at C ( F) for 2-3 minutes in a convection oven.

11 TENCATE PERFORMANCE COMPOSITES 11 Designing with TenCate CFRT Composite Materials Transitional/Contour Areas - Minimum radius should be a minimum of 6 mm. Holes and Hole Placement - Holes are not recommended for TenCate CFRT applications as they disrupt the continuous fiber of the component. Holes may be incorporated into a design keeping in mind large holes, mulitiple holes and holes close to the edge will weaken the composite and can cause catastrophic failure. Holes need to be addressed on a case by case basis. Flex Area - Materials placed in the flex zone will limit motion. Fiber placement and content will dictate the amount of motion limitation. For example, material running beyond the forefoot flex zone and around the forefoot will increase rigidity and limit flex. Arch Area - Use of arch wrap will add stiffness to the component and subsequently, the footwear. Arch wrap angle, height, and radius will determine the amount of stiffness added to the footwear. Extreme wrap, height or radius may cause foot discomfort. Carbon Fiber - Carbon fiber represents a noticeable increase in stiffness and weight reduction from fiberglass. It is also thinner than fiberglass. Carbon Direction - Materials are offered in all carbon, hybrid - carbon/ glass and all glass. In the hybrid material, the carbon direction will have more stiffness. Carbon should be used in the direction in which stiffness/ resiliency is desired. Exposed Areas - TenCate CFRT materials should be protected from objects which can cause abrasion, puncture, or fracture. Designs should be reviewed through TenCate Development for composite soundness and optimization. Our composite engineers are available to assist you in your application. Do not hesitate to contact us at Adhesive Application - Apply a thin layer of the adhesive with a clean brush with a light back and forth stroke. - Heat the material with adhesive at C ( F) for 2-3 minutes in a convection oven. Exposure to high temperature radiant heating elements should be avoided as the thermoplastic material can lose shape. Attach the plate with adhesive to the other properly prepared component (e.g. - outsole) by applying uniform pressure over the entire surface.

12 Camarillo CA, USA Burlington Ontario, Canada Morgan Hill CA, USA Fairfield CA, USA Nijverdal, Netherlands Langley Mill, UK 2015, TenCate Advanced Composites USA, Inc. and TenCate Advanced Armor USA, Inc. All rights reserved. Contents may not be reproduced in whole or in part without the written consent of TenCate. The TenCate logo is a registered trademark of TenCate Advanced Composites Inc. All other brand and product names are trademarks or registered trademarks of their respective companies. Technical data and specifications are subject to change without notice. TenCate Cetex and all other related characters, logos and trade names are claims and/or registered trademarks TenCate and/or its subsidiaries. Use of trademarks, trade names and other IP rights of TenCate without express written approval of TenCate is strictly prohibited. TENCATE PERFORMANCE COMPOSITES TENCATE PERFORMANCE COMPOSITES, USA 1150 Calle Suerte Camarillo, CA USA Tel: Fax: TENCATE PERFORMANCE COMPOSITES, CANADA 5035 N. Service Road, Bldg. A-1 Burlington, Ont., Canada L7L 5V2 Tel: Fax: TENCATE PERFORMANCE TENCATE ADVANCED COMPOSITES, CHINA COMPOSITES, USA Bldg. 11, #48 Hongmian Avenue Butterfield Blvd. Xinhua Town, Huadu District Morgan Hill, CA USA Guangzhou, China Tel: Tel: Fax: TENCATE PERFORMANCE COMPOSITES, TAIWAN No. 87, Zhongtai W. Road North District Taichung, Taiwan, ROC Tel: ipad / iphone / Android Apps TENCATE ADVANCED COMPOSITES, USA CCS Composites, LLC 2450 Cordelia Road Fairfield, CA USA Tel: Fax: or tcpcsales@tencate.com or advancedcomposites.europe@tencate.com (Europe) info@tcac-usa.com (USA) ISO 9001 Registered 2015, All data given is based on representative samples of the materials in question. Since the method and circumstances under which these materials are processed and tested are key to their performance, and TenCate Advanced Composites has no assurance of how its customers will use the material, the corporation cannot guarantee these properties. TenCate AmberTool, Cetex, CFRT, and all other related characters, logos and trade names are claims and/or registered trademarks TenCate and/or its subsidiaries. Use of trademarks, trade names and other IP rights of TenCate without express written approval of TenCate is strictly prohibited. ENVIR-Bond (EB) is Tencate s material innovation to improve the ease of processing at the factory level and help reduce the amount of harmful solvents used in the footwear manufacturing process. EB tie-layers are added for injection over molding. Photos courtesy of the respective companies. TCPC_CFRT-FootwearBrochure_V2_081715