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CC240T
CC240T
Koolstof weefsel, 240 gr/m2, 3K T300 koolstof vezel, keeper 2/2 binding, breedte 100cm-150cm, rollengte 100m1
SG300 Series
Scigrip SG300
MMA-lijm, snelle uitharding bij kamertemperatuur, 2 componenten, 10: 1 mengverhouding. Voor het verlijmen van metalen, composieten en kunststoffen. Minimale oppervlaktevoorbereiding vereist. Verkrijgbaar in patronen van 50 ml en 490 ml, 19 liter en 189 liter bulkverpakking. Kleuren Zwart en Gebroken Wit. Verkrijgbaar in 5, 15 en 40 minuten werktijd.
DexCoat 2W
DexCoat 2W
Watergedragen semi-permanent lossingsmiddel voor epoxy, polyester, vinylester, fenol en andere thermohardende harsen.
SG5000 Series
Scigrip SG5000
MMA-lijm, snelle uitharding bij kamertemperatuur, 2 componenten, 1: 1 mengverhouding. Voor het verlijmen van metalen, composieten en kunststoffen. Minimale oppervlaktevoorbereiding vereist. Verkrijgbaar in 25 ml, 50 ml en 400 ml patronen, 19 liter en 189 liter bulkverpakking. Kleuren Zwart en Amber. Verkrijgbaar in 3, 6, 13 en 40 minuten werktijd.
NET-CC200T-TP2
NET-CC200T-TP2
Gestabiliseerd koolstof weefsel, 200 gr/m2, 3K T300 koolstof vezel, keeper 2/2 binding, breedte 125cm en 150cm. Co-polymeer non-woven vlies ter stabilisering van het koolstof weefsel. rollengte 100m1.
CC240 3D Style
CC240 3D Style
Koolstof weefsel, 240 gr/m2, 3K koolstof vezel, 3D binding, breedte 127cm, rollengte 100m1
CC101BX -45/45
CC101BX -45/45
Koolstof biaxiaal, 100 gr/m2, 12K T700 koolstof vezel, breedte 127cm, rollengte 50m1
AA170T
AA170T
Aramide weefsel, 170 gr/m2, keeper 2/2 binding, breedte 120cm, rollengte 100m1
CC204BX-45/45
CC204BX-45/45
Koolstof biaxiaal, 200 gr/m2, 50K PX35 koolstof vezel, breedte 127cm, rollengte 100m1
CC304UD
CC304UD
Koolstof unidirectioneel (gestikt), 300 gr/m2, 50K PX35 koolstof vezel, breedte 127cm, rollengte 100m1
CC282P CF
CC282P CF
Koolstof weefsel, 280 gr/m2, 12K gespreide koolstof vezel, vlak 1/1 binding, breedte 127cm, rollengte 100m1
CC404BX-45/45
CC404BX-45/45
Koolstof biaxiaal, 400 gr/m2, 50K PX35 koolstof vezel, breedte 127cm, rollengte 100m1
