Spread Tow Carbon

Future Technology – Spread Tow Carbon

Ultrafine, ultralight and high strength carbon material opens new horizons for wide variety of ideas! Extensive use of this fiber for forming robust and very light constructions has switched modern radio controlled models to a new level too. From now on your products will have the necessary strength having smaller weight!

Spread Tow Carbon Advantages:

– More homogeneous than its analogues.
– There are no numerous bends in rectilinear fiber.
– Unlike many other materials made of carbon fiber, in the dry form does not stretch and crumble providing a precise cutting of even the smallest parts.
– will enable you to make the multi-layer material with any fiber direction and thickness of the monolayer from 0.012 mm (9.5 g/m2)

Spread Tow Carbon —  Future Technology

It is made of TohoTenax® carbon fiber:
IMS 65 — high strength carbon fiber
UMS 40 — high modulus carbon fiber

Characteristics of TohoTenax®

 

IMS 65 UMS 40
Tensile strength, MPa 6000 4700
Tensile modulus, GPa 290 390
Elongation at break, % 1,9 1,2

 

Toho Tenax® carbon fibers IMS series are tailored to suit applications where strength and stiffness are of ultimate priority. To accommodate this, they are featuring an increase in tensile strength and modulus compared to the usual high tenacity carbon fiber type, leading to unique performances in laminates. Sophisticated components with low wall thicknesses profit from these properties. Therefore, Toho Tenax® carbon fiber IMS has quite wide practical application, particularly it can be used for aerospace composite components

The high modulus fiber Toho Tenax® UMS is a carbon fiber for meeting the requirements of extra stiffness (elastic stiffness). Exceptional characteristics of this material are especially suitable for constructions for space applications, such as satellite constructions, antennas, shafts and rollers.  Properties of TohoTenax® UMS fully meet the requirements of sports goods (fishing rods, boat masts, radio controlled models, ski sticks, etc.)

 

 

 

Price for standard sheets

Title Density, g/m2 Fiber type Number of layers The direction of fibers in the layers tacking Sheet size, mm Price for a 1м2, EUR Price for a sheet, EUR
ST 20 2/45+ 20 IMS 65 2 +45o ; -45o 3100×600 57 106
ST 20 2/45- 20 IMS 65 2 -45o ; +45o 3100×600 57 106
ST 30 2/45+ 30 IMS 65 2 +45o ; -45o 3100×600 57 106
ST 30 2/45- 30 IMS 65 2 -45o ; +45o 3100×600 57 106
ST 40 2/45+ 40 IMS 65 2 +45o ; -45o 3100×600 57 106
ST 40 2/45- 40 IMS 65 2 -45o ; +45o 3100×600 57 106
ST 60 2/45,0+ 60 IMS 65 3 +45o ; -45°;0° 3100×600 86 160
ST 60 2/45,0- 60 IMS 65 3 -45o ;+45°;0° 3100×600 86 160
ST 55 2/45+ 55 IMS 65 2 +45o ; -45o 3100×600 60 112
ST 55 2/45- 55 IMS 65 2 -45o ; +45o 3100×600 60 112
ST 19 2/45+ 19 UMS 40 2 +45o ; -45o 3100×600 70 130
ST 19 2/45- 19 UMS 40 2 -45o ; +45o 3100×600 70 130
ST 29 2/45+ 29 UMS 40 2 +45o ; -45o 3100×600 70 130
ST 29 2/45- 29 UMS 40 2 -45o ; +45o 3100×600 70 130
ST 39 2/45+ 39 UMS 40 2 +45o ; -45o 3100×600 70 130
ST 39 2/45- 39 UMS 40 2 -45o ; +45o 3100×600 70 130
ST 55 2/45+ 55 UMS 40 2 +45o ; -45o 3100×600 75 140
ST 55 2/45- 55 UMS 40 2 -45o ; +45o 3100×600 75 140
ST 14 2/45+ 14 IMS 60 2 +45o; -45o 3100×600 80 149
ST 14 2/45- 14 IMS 60 2 -45o; +45o 3100×600 80 149
ST 12 2/45+ 12 Tohotenax 2 +45o; -45o 1550×300 85 40
ST 12 2/45- 12 Tohotenax 2 -45o; +45o 1550×300 85 40
IMS 60 – Intermediate Modulus carbon fiber, IMS 65 – Intermediate Modulus carbon fiber, UMS 40 – Ultra High Modulus carbon fiber

 

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