Carbon Fiber Lamination Materials for Prosthetics

Carbon fiber materials for orthotics and prosthetics comprise textiles, braided sleeves and bands used to laminate sockets and orthoses. Where more than one fiber orientation is required, a fabric combining 0 and 90 degree orientations is useful; woven fabrics are produced by interlacing warp and weft fibers in a regular weave style.

  • Carbon fiber braided sleeves, diameters 25 to 180 mm, 35 to 205 g/m2
  • Carbon fiber textiles C201 and C206, twill 2×2, fiber orientation 0/90 degrees, width 1 m, high strength carbon T700 12K
  • Carbon fiber band, code 8.001.03.BCF100, 8000 dtex or equivalent
  • PREPREG CBX textile at plus or minus 45 degrees, pre-impregnated with resin
  • T300 3K mechanical properties: tensile strength 360, tensile modulus 23.5, elongation at break 1.50, density 1.76
  • Prepreg advantages: constant resin-to-fiber ratio, easier lamination, better control of composite properties, laminate homogeneity and process repeatability
  • Prepreg is B-stage material and requires cold storage; curing usually needs an oven or autoclave
  • Textile properties certified to UNI EN 12127, UNI EN ISO 5084 and UNI EN 1049-2

Carbon Fiber Materials for O&P

Carbon fiber materials for orthotics and prosthetics comprise textiles, braided sleeves and bands used to laminate sockets and orthoses. Where more than one fiber orientation is required, a fabric combining 0 and 90 degree orientations is useful; woven fabrics are produced by interlacing warp and weft fibers in a regular weave style.

  • Carbon fiber braided sleeves, diameters 25 to 180 mm, 35 to 205 g/m2
  • Carbon fiber textiles C201 and C206, twill 2×2, fiber orientation 0/90 degrees, width 1 m, high strength carbon T700 12K
  • Carbon fiber band, code 8.001.03.BCF100, 8000 dtex or equivalent
  • PREPREG CBX textile at plus or minus 45 degrees, pre-impregnated with resin
  • T300 3K mechanical properties: tensile strength 360, tensile modulus 23.5, elongation at break 1.50, density 1.76
  • Prepreg advantages: constant resin-to-fiber ratio, easier lamination, better control of composite properties, laminate homogeneity and process repeatability
  • Prepreg is B-stage material and requires cold storage; curing usually needs an oven or autoclave
  • Textile properties certified to UNI EN 12127, UNI EN ISO 5084 and UNI EN 1049-2

Mechanical Properties of T300 3K

Value
Tensile Strength [MPa] 360
Tensile Modulus [MPa] 23.5
Elongation at break [%] 1.50
Density [g/cm3] 1.76
Yield [tex] 198
Specific Heat [cal/g °C] 0,19
Volume Resistivity [ohm cm] 1.7×10-3

Carbon fiber braided sleeves

Code

Diameter

8.001.01.D25 25 mm
8.001.01.D60 60 mm – 35 g/mq
8.001.01.D80 80mm – 45 g/mq
8.001.01.D95 95 mm – 49 g/mq
8.001.01.D100 100 mm – 122 g/mq
8.001.01.D130 130 mm – 160 g/mq
8.001.01.D180 180 mm – 205 g/mq
8.001.01.D200 200 mm – 205 g/mq

Carbon Fiber Textile

Code

Diameter

8.001.02.C201 Textile C201
8.001.02.C206 Textile C206

Carbon Fiber Textile C206 Properties

Typical Value Standard
Weight 200±4% UNI EN 12127
Thickness [μm] 450±15% UNI EN ISO 5084

Counts [threads/cm]

Typical Value Standard
Warp 1.25±0.3 UNI EN 1049-2
Weft 1.25±0.3 UNI EN 1049-2

Carbon Fiber Textile C201 Properties

Typical Value Standard
Weight 194±4% UNI EN 12127
Thickness [μm] 250±15% UNI EN ISO 5084

Counts [threads/cm]

Typical Value Standard
Warp 4.90±0.3 UNI EN 1049-2
Weft 4.90±0.3 UNI EN 1049-2

Carbon Fiber BAND

Code 8.001.03.BCF50

8.001.03.BCF100

Description TCU 420 H50 TCU 420 H 100

PREPREG is a big advantage for the production because is possible to have the same ratio/percentage between resin and fibers in the prepreg, easy to laminate, and more efficient control of the properties of the composite reliability and homogeneity of the laminate and process repeatability.

Code

Description

8.001.02.M30SC Texipreg unidir M30SC-200-DT120-36EF H 600 mm
8.001.02.PC202 Prepreg CC202 ET223
8.001.02.PC206 Prepreg CC206 ER440
8.001.02.PCBX400 Prepreg CBX400
8.001.02.PCBX600 Prepreg CBX600
8.001.02.PCHS180 Texipreg unidir. HS 180 prepreg H 600 mm
8.001.02.S2540 Texipreg unidir S2 540 g/m
Code: 8.001.02.PC206

Description

Weave Style Twill 2×2
Fiber Orientation 0° / 90°
Width 1 m
Warp Fiber High strength carbon T700 12K –

8000 dtex (or equivalent)

Weft Fiber High strength carbon T700 12K –

8000 dtex (or equivalent)

PREPREG CBX Textile (± 45°) Properties

Code 8.001.02.

PCBX400

8.001.02.

PCBX600

Material 100% carbon 100% carbon
Total weight [g/m2] 400 600
Material 1270  1270
Dry thickness [mm] 0,45±15% 0,6±15%
Weight [g/m2] 200 300
Fiber type Carbon 12K

T700 FC50C

Compatible with

epoxy and

polyester resin

Key specifications

Device Category Carbon fiber materials for O&P lamination
Product Code Series 8.001
Product Forms Textile; braided sleeves; band; prepreg
Fiber Types T300 3K; high strength carbon T700 12K
Weave Style Twill 2×2
Fiber Orientation 0/90 degrees; prepreg CBX at plus or minus 45 degrees
Width 1 m (textile); sleeves 25-180 mm diameter
Textile Weight 194-300 g/m2 depending on reference
T300 Tensile Strength 360

Ordering and technical support

Designed and manufactured in Italy by Roadrunnerfoot Engineering S.r.l. The full range is listed in the Roadrunnerfoot 2025 catalogue. Orthopedic technicians, clinics and international distributors can request technical data sheets, product codes, pricing and fitting support from our team.

Additional information

Device Category

Carbon fiber materials for O&P lamination

Product Forms

Textile; braided sleeves; band; prepreg

Fiber Types

T300 3K; high strength carbon T700 12K

Weave Style

Twill 2×2

Fiber Orientation

0/90 degrees; prepreg CBX at plus or minus 45 degrees

Width

1 m (textile); sleeves 25-180 mm diameter

Textile Weight

194-300 g/m2 depending on reference

T300 Tensile Strength

360

T300 Tensile Modulus

23.5

T300 Elongation at Break

1.50

T300 Density

1.76

Test Standards

UNI EN 12127; UNI EN ISO 5084; UNI EN 1049-2

Storage

Prepreg requires cold storage (B-stage material)

Product Code Series

8.001

Brand

Roadrunnerfoot

Manufacturer

Roadrunnerfoot Engineering S.r.l.

Made In

Italy