• SBIT uses flexible bag instead of upper tooling
• SBIT is least expensive to develop and use
• SBIT is simple and easy to implement
• Reusable vacuum bagging makes SBIT cost effective
• High production volume rate can be achieved in SBIT, similar to LRTM
• No consumable waste in SBIT. Reduces cost of film, tapes, etc
• Labour reduction in production preparation & post production

Advantages of Silicone Bag Infusion Technology (SBIT)

• Flexibility to choose different type of fibre reinforcement
• Achieves higher glass content as compared to other close mould process
• High yield per silicone bag, can achieve up to 500 parts
• Environment friendly, no emissions and no wasted consumables
• Get high productivity with less manpower

• Spray equipment for silicones mixed at a ratio of 1:1
• Thixotropic retarder additive mixed into silicone at ratio of 20:1
• Three component system is ideal for large to very large bags

80-207-501-Mixing-Tip-L

• Portable, lightweight
• Handheld spray gun for silicone mixed at a ratio of 1:1
• Two component system is ideal for small to medium size bags

80-207-0551
Mixing Tip S

80-207-0505
Spray Nozzle

80-207-0555
MT Holder

80-207-0560
Cartridge Push Cap

MM80-40101
Injection Port

MM80-40201
Resin Runner 300 mm

MM80-40203
Resin Runner 1000 mm

MM80-40401
Resin Runner Cross

MM80-40501
Clamp Eye

MM80-10101
Trapezium Profile Seal

MM80-10104
D-Seal for Resin Channel

MM80-10106
R-Seal for Resin Channel

MM80-10201
Acrylic DST 10 mm x 25 m

MM80-12050
Reinforcement Cloth 50 mm

• Sprayable, self-bonding, bi-component (base & catalyst) silicone RTV rubber system that vulcanize at room temperature

• Ideal system to produce bags (moulds) for composite products manufacturing

• An exact proportion of 1:1 must be measured very accurately

• Individual densities of base and catalyst is 1.10 g/cc

• Viscosity of pre-catalyzation mixture is 8,000 cP