OXPEKK® Bioflex™

Category:	PEKK , Polyetherketoneketone
Manufacturer:	Oxford Performance Materials, Inc.
Trademark:	OXPEKK®
Fillers:	-
Ports:	Qinzhou, Shekou, Shanghai, Ningbo
Delivery Terms	FOB, CIF, DAP, DAT, DDP
PDF:	XbeHta_OXPEKK-Bioflex-.pdf
PRICE:	Order Products email sales@su-jiao.com

Wechat: WECHAT

Message
OXPEKK ® BioFlex™ smart materials are composed of multiple layers of continuous carbon fibers and thermoplastic OXPEKK® resin. The fibers are orientated within the part, so that sitffness is defined by firber direction. The isotropic nature of metallic and conventional polymeric materials are overcome, thus opening a new era of dynamic stabilization and motion preservation. To date orthopedic implant design engineers have relied upon complex mechanical assemblies and articulting surfaces in order to preserve motion. OXPEKK® Bioflex™ introduces a new and dynamic tool for the orthopedic OEM's via the combination of smart materials and established design techniques. OXPEKK® Bioflex™ can be supplied in oriented laminated plates of thickness 1 - 10mm up to 60cm square, semi-finished thermoformed 3D parts waterjet cut and hot-formed from oriented plates and solid unidirectional rods. Common orientations include Cross-Ply (0/90), Unidirectional, Quasi-Isotropic (-45/0/45/90), Torsional-Ply (-45/45). Parts can be readily machined on conventional equipment such as is used for other carbon fiber composites. OXPEKK® Bioflex™ is available for long-term implants with an executed supply agreement.

Message

OXPEKK ® BioFlex™ smart materials are composed of multiple layers of continuous carbon fibers and thermoplastic OXPEKK® resin. The fibers are orientated within the part, so that sitffness is defined by firber direction. The isotropic nature of metallic and conventional polymeric materials are overcome, thus opening a new era of dynamic stabilization and motion preservation.

To date orthopedic implant design engineers have relied upon complex mechanical assemblies and articulting surfaces in order to preserve motion. OXPEKK® Bioflex™ introduces a new and dynamic tool for the orthopedic OEM's via the combination of smart materials and established design techniques.

OXPEKK® Bioflex™ can be supplied in oriented laminated plates of thickness 1 - 10mm up to 60cm square, semi-finished thermoformed 3D parts waterjet cut and hot-formed from oriented plates and solid unidirectional rods. Common orientations include Cross-Ply (0/90), Unidirectional, Quasi-Isotropic (-45/0/45/90), Torsional-Ply (-45/45). Parts can be readily machined on conventional equipment such as is used for other carbon fiber composites.

OXPEKK® Bioflex™ is available for long-term implants with an executed supply agreement.

General Information
Filler / Reinforcement	Carbon Fiber
Uses	Body Implants Laminates Medical/Healthcare Applications
Forms	Fiber

Mechanical	Nominal Value	Unit	Test Method
Tensile Modulus			ASTM D638
-- ¹	10700	MPa
-- ²	146000	MPa
Tensile Strength			ASTM D638
-- ³	398	MPa
-- ⁴	57.0	MPa
-- ⁵	2510	MPa
Compressive Modulus			ASTM D695
-- ⁶	10700	MPa
-- ⁷	123000	MPa
Compressive Strength			ASTM D695
-- ⁸	335	MPa
-- ⁹	238	MPa
-- ¹⁰	1620	MPa

Note Message
1 .	90° Tensile
2 .	0° Tensile
3 .	Open Hole
4 .	90° Tensile
5 .	0° Tensile
6 .	90° Compressive
7 .	0° Compressive
8 .	Open Hole
9 .	90° Compressive
10 .	0° Compressive

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RTP 600.5 HB	RTP Company	ABS	RTP
Promyde® B27 C	NUREL, S.A.	Nylon 6	Promyde®
ALCOM® PA6 900/1 GF30 TF15 SI2	ALBIS PLASTIC GmbH	Nylon 6	ALCOM® PA6
LAMIGAMID® 319	Schwartz Technical Plastic	Nylon 6	LAMIGAMID®
Karina GRAY PVC COMPOUND 803-18/52-CR	Karina Ind. e Com. de Plásticos Ltda	PVC, Unspecified	Karina