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Engineered Braided Fabrics Enable Significant Cost Savings

Engineered Braided Fabrics Enable Significant Cost Savings

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Page 1: Engineered Braided Fabrics Enable Significant Cost Savings

Engineered Braided Fabrics Enable Significant Cost Savings

Page 2: Engineered Braided Fabrics Enable Significant Cost Savings

Overview • Braided Fabric Applications • Types of Braided Fabrics

o Fabric forms o Benefits of each

• Design Flexibility o Raw material o Architecture o Hybrid o Contour

• Manufacture Processes o Prepreg o Thermoplastics o SMC o LCM

Page 3: Engineered Braided Fabrics Enable Significant Cost Savings

Applications Of Braided Reinforcement

Page 4: Engineered Braided Fabrics Enable Significant Cost Savings

Aerospace

Page 5: Engineered Braided Fabrics Enable Significant Cost Savings

Recreation

Page 6: Engineered Braided Fabrics Enable Significant Cost Savings

Industrial

Page 7: Engineered Braided Fabrics Enable Significant Cost Savings

Automotive

Page 8: Engineered Braided Fabrics Enable Significant Cost Savings

Preforms Sleevings

Fabrics

Braided Products

Page 9: Engineered Braided Fabrics Enable Significant Cost Savings

Fabrics • Unidirectional • Biaxial • Multiaxial • Custom

Page 10: Engineered Braided Fabrics Enable Significant Cost Savings

No Crimp Unidirectional Fabrics – Highly Efficient and Very Affordable

Only small percentage of binder (less than 3%) on one side – no crimp offers direct translation of properties

Offered in 4 oz., 9 oz., and 22 oz. fabric weights in standard and intermediate Modulus.

Unidirectional

Page 11: Engineered Braided Fabrics Enable Significant Cost Savings

+/-45° fabric without cutting, stitching or manipulation

Highly drapable and conformable

Off the roll +/-45° reduces manufacture time and results in less waste

Widths from 20” – 52” and fabric weights from 5.8 oz/yd² to 21 oz/yd²

Biaxial

Page 12: Engineered Braided Fabrics Enable Significant Cost Savings

• Braided, triaxial fabric reinforcement

• Each ply is balanced and symmetric; inherently Quasi-ISOtropic

Page 13: Engineered Braided Fabrics Enable Significant Cost Savings

Why?

• Superior performance

• Simple and efficient processing • Reduction in scrap waste

Better. Faster. Cheaper.

BMS 9-224

Page 14: Engineered Braided Fabrics Enable Significant Cost Savings

Link to QISO video

Page 15: Engineered Braided Fabrics Enable Significant Cost Savings

Custom Fabrics • Hybrid Architectures – Biaxial/Triaxial • Hybridized Material Systems • Customized Widths for Waste Reduction • Customized Architectures for Optimized Properties

Biaxial

Triaxial

Tailored Fabrics

Contoured Fabrics

Hybrid Fabrics

Page 16: Engineered Braided Fabrics Enable Significant Cost Savings

•Tailored to the shape of the mold •“Drop and shoot” dramatically reduces manufacture costs

Braided Preforms

Page 17: Engineered Braided Fabrics Enable Significant Cost Savings

Fillet Preforms • Tailored, Axially Loaded Net Shape Radius Fillers

• Minimize Resin Rich Regions

Page 18: Engineered Braided Fabrics Enable Significant Cost Savings

Manufacture Processes

Page 19: Engineered Braided Fabrics Enable Significant Cost Savings

• A&P fabrics are impregnated by all major prepreg suppliers:

• TCA • Hexcel • Solvay • Tencate • MCCFC

Prepreg

Page 20: Engineered Braided Fabrics Enable Significant Cost Savings

Available in biaxial and multi-axial fabrics and sleevings

Thermoplastics

• Expliseat’s TiSeat made from preforms comprised of multi-layered thermoplastic tape sleevings

• A&P’s QISO fabric, post-treated and coated with Tencate’s Cetex resin

Braiding narrow slit thermoplastic tapes

Thermoplastic semipreg

Page 21: Engineered Braided Fabrics Enable Significant Cost Savings

SMC BMC OR

Braid/SMC

Presenter
Presentation Notes
Multi-material molding
Page 22: Engineered Braided Fabrics Enable Significant Cost Savings

Braid/SMC

Liftfoils.com

Compression Molding Example

Presenter
Presentation Notes
Combination of IDI’s Ultrium Products with both braided fabric and discontinuous fiber. Braid + SMC molded in a single shot provides high strength on the surfaces that carry the highest stresses, and still fills internal ribs and transitions from thick to thin geometry.
Page 23: Engineered Braided Fabrics Enable Significant Cost Savings

Braid/SMC (cont.)

Page 24: Engineered Braided Fabrics Enable Significant Cost Savings

Braid/LCM LCM Composite B-Pillar Demonstrator

Page 25: Engineered Braided Fabrics Enable Significant Cost Savings

Braid/LCM (cont.)

B-Pillar Drape Trials

Page 26: Engineered Braided Fabrics Enable Significant Cost Savings