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SMC moulding refers to a process of manufacturing composite materials using Sheet Molding Compound. SMC is a combination of chopped fiberglass, resin, and fillers that have been mixed together into a homogeneous mixture.
The production process involves laying the SMC material in a specific mold cavity with heat and pressure applied until it cures. This results in an end product that is strong, durable, and lightweight.
SMC has become popular for its versatility as it can be used to create complex shapes with intricate designs while maintaining durability. It is used in various industries like automotive, aerospace, construction equipment, electronics enclosures and many more.
SMC moulds are ideal for manufacturing front cover machinery parts because they provide excellent resistance against corrosion caused by harsh weather conditions or chemical exposure. Additionally, the use of SMC reduces the overall weight of machinery resulting in lower fuel consumption and thus reducing carbon emissions.
SMC molding offers numerous benefits over traditional materials making it an attractive alternative for manufacturers looking to improve their products' performance at reduced costs.
SMC moulding refers to a process of manufacturing composite materials using Sheet Molding Compound. SMC is a combination of chopped fiberglass, resin, and fillers that have been mixed together into a homogeneous mixture.
The production process involves laying the SMC material in a specific mold cavity with heat and pressure applied until it cures. This results in an end product that is strong, durable, and lightweight.
SMC has become popular for its versatility as it can be used to create complex shapes with intricate designs while maintaining durability. It is used in various industries like automotive, aerospace, construction equipment, electronics enclosures and many more.
SMC moulds are ideal for manufacturing front cover machinery parts because they provide excellent resistance against corrosion caused by harsh weather conditions or chemical exposure. Additionally, the use of SMC reduces the overall weight of machinery resulting in lower fuel consumption and thus reducing carbon emissions.
SMC molding offers numerous benefits over traditional materials making it an attractive alternative for manufacturers looking to improve their products' performance at reduced costs.
Mold type | Compression mould, SMC MOULD |
Cavity and core steel | 1.2738 (28-32HRC) |
Slider/lifter/cams | 1.2344 (H13) |
Cavity/imprint | 1 |
Ejection system | Ejector pins, ejector plates driven by hydralic cylinders |
Heating system | Oil heating system /steam and electrical are optional |
Mold finish | Technical polishing grain 400 + chrome plating |
Vacuum system | Included |
IMC system | included |
Cycle time | 4 minutes |
Mold life | 500000 shots |
Mold type | Serial mold |
Our Serive | MDF report / mold flow analysis |
Weekly process report with photos | |
Quality control team following project | |
Trial report with video and free samples | |
Sample and mould dimension report | |
Optional service | bulk production |
primer, top coating | |
assembling & packing |
Mold type | Compression mould, SMC MOULD |
Cavity and core steel | 1.2738 (28-32HRC) |
Slider/lifter/cams | 1.2344 (H13) |
Cavity/imprint | 1 |
Ejection system | Ejector pins, ejector plates driven by hydralic cylinders |
Heating system | Oil heating system /steam and electrical are optional |
Mold finish | Technical polishing grain 400 + chrome plating |
Vacuum system | Included |
IMC system | included |
Cycle time | 4 minutes |
Mold life | 500000 shots |
Mold type | Serial mold |
Our Serive | MDF report / mold flow analysis |
Weekly process report with photos | |
Quality control team following project | |
Trial report with video and free samples | |
Sample and mould dimension report | |
Optional service | bulk production |
primer, top coating | |
assembling & packing |