Carbon SMC

Carbon Fibre Sheet Moulding Compounds.

Carbon Fibre SMC (Sheet Moulding Compound) is a high-performance composite made from short, high strength carbon fibres impregnated with a thermosetting resin.

This advanced material is suitable for press moulding and autoclave curing, offering faster production cycles compared to traditional methods while maintaining outstanding strength and surface quality. It’s random fibre orientation ensures excellent flow, allowing complex shapes with ribs and fine details to be moulded with ease.

The carbon fibre reinforcement provides exceptional rigidity, while the resin matrix ensures durability and resistance to damage. Combined with its smooth finish, this makes SMC a preferred choice for both structural components and aesthetic surfaces across multiple markets.

Key Features:

Decorative Surface Finish: Perfect for visible, design-led applications.
Design Flexibility: Capable of forming intricate geometries.
High Cycle Production: Ideal for mass-produced components.
Versatility: Suitable for automotive, aerospace, renewable energy and sports equipment.
Strong & Lightweight: Excellent strength-to-weight ratio.

Explore Our Range

Carbon SMC Resin Matrix

Reference	DMA E' Onset Tg	Cure Range °C	Shelf Life @ °C	Out Life @ 21°	Applications	Process	TDS
X1 120 BS	130	120 - 150	12 months	3 weeks	Slightly pigmented thermosetting epoxy matrix designed for SMC applications. Good mechanical and cosmetic properties.	Autoclave	⇩
X1 120 BR	130	120 - 150	9 months	3 weeks	Slightly pigmented fast curing aesthetic system.	Press	⇩
X1 150 BS	150	120 - 150	12 months	3 weeks	Unpigmented thermosetting epoxy matrix. Good thermoresistant and cosmetic properties.	Autoclave	⇩
E6 215 BS	193	55 - 180	6 months	2 days	Thermosetting epoxy matrix designed for low temperature cure. Co-curable with our tooling products E6 215 family. Post cure 4 hours @180°C.	Autoclave	⇩

Input Carbon SMC Reinforcement

SMC 6K

Reference	Weight (g/m2)	Fibre	RC%	Filament Length	Width (mm)	Thickness (mm)	Resin	TDS
SM 520	520	6K	45 - 50	12 mm	1200	0,3	Epoxy	⇩
SM 520	520	6K	45 - 50	24 mm	1200	0,3	Epoxy	⇩

SMC 12K

Reference	Weight (g/m2)	Fibre	RC%	Filament Length	Width (mm)	Thickness (mm)	Resin	TDS
SM 520	520	12K	45 - 50	12 mm	1200	0,3	Epoxy	⇩
SM 520	520	12K	45 - 50	24 mm	1200	0,3	Epoxy	⇩
SM 775	775	12K	45 - 50	12 mm	1200	0,5	Epoxy	⇩
SM 775	775	12K	45 - 50	24 mm	1000	0,5	Epoxy	⇩
SM 930	930	12K	45 - 50	12mm	1200	0,6	Epoxy	⇩
SM 930	930	12K	45 - 50	24mm	1200	0,6	Epoxy	⇩
SM 1050	1050	12K	45 - 50	12mm	1200	0,7	Epoxy	⇩
SM 1050	1050	12K	45 - 50	24mm	1200	0,7	Epoxy	⇩
SM 1200	1200	12K	45 - 50	12mm	1200	0,8	Epoxy	⇩
SM 1200	1200	12K	45 - 50	24mm	1200	0,8	Epoxy	⇩
SM 1500	1500	12K	45 - 50	12mm	1200	1	Epoxy	⇩
SM 1500	1500	12K	45 - 50	24 mm	1270	1	Epoxy	⇩

SMC 24K

Reference	Weight (g/m2)	Fibre	RC%	Filament Length	Width (mm)	Thickness (mm)	Resin	TDS
SM 775	775	24K	45 - 50	12mm	1200	0,5	Epoxy	⇩
SM 775	775	24K	45 - 50	24mm	1200	0,5	Epoxy	⇩
SM 775	775	24K	45 - 50	24mm	500	0,5	Epoxy	⇩
SM 930	930	24K	45 - 50	12mm	1200	0,6	Epoxy	⇩
SM 930	930	24K	45 - 50	24mm	1200	0,6	Epoxy	⇩
SM 1050	1050	24K	45 - 50	12mm	1200	0,7	Epoxy	⇩
SM 1050	1050	24K	45 - 50	24mm	1200	0,7	Epoxy	⇩
SM 1200	1200	24K	45 - 50	12mm	1200	0,8	Epoxy	⇩
SM 1200	1200	24K	45 - 50	24mm	1200	0,8	Epoxy	⇩
SM 1500	1500	24K	45 - 50	12mm	1200	1	Epoxy	⇩
SM 1500	1500	24K	45 - 50	24mm	1200	1	Epoxy	⇩
SM 2100	2100	24K	45 - 50	12mm	1200	1,4	Epoxy	⇩
SM 2100	2100	24K	45 - 50	24mm	1200	1,4	Epoxy	⇩

SMC 50K

Reference	Weight (g/m2)	Fibre	RC%	Filament Length	Width (mm)	Thickness (mm)	Resin	TDS
SM 1050	1050	50K	45 - 50	12mm	1200	0,7	Epoxy	⇩
SM 1050	1050	50K	45 - 50	24mm	1200	0,7	Epoxy	⇩
SM 1200	1200	50K	45 - 50	12mm	1200	0,8	Epoxy	⇩
SM 1200	1200	50K	45 - 50	24mm	1200	0,8	Epoxy	⇩
SM 1500	1500	50K	45 - 50	12mm	1200	1	Epoxy	⇩
SM 1500	1500	50K	45 - 50	24 mm	1000	1	Epoxy	⇩
SM 2100	2100	50K	45 - 50	12mm	1200	1,4	Epoxy	⇩
SM 2100	2100	50K	45 - 50	24 mm	1000	1,4	Epoxy	⇩
SM 2600	2600	50K	45 - 50	12 mm	1200	1,8	Epoxy	⇩
SM 3900	3900	50K	45 - 50	12 mm	1200	1,8	Epoxy	⇩