SMC/RTM TECHNOLOGY


  • Features


    Fire Retardant High Heat Distortion Temperature
    Shock proof Ideal for Both Indoor & Outdoor Usage
    Rust Proof Weather Proof
    Termite Resistant Easy to Instal
    Pilferage Proof All round safety

SMC Junction / Distribution Boxes:


  • Length Width Depth
    Inside Dimensions (MM) 140 140 95
    250 200 105
    280 180 110
    300 200 105
    250 250 160
    350 270 200
    400 300 190
    450 370 220


    Customers for SMC Distribution & Junction Boxes
    Govt. Electricity Boards: Transmission and Distribution Poles.
    Railway Electricity Lines and Railway stations
    Industrial Wiring Box and Machine operating Panels
    Power Substations
    In Agriculture at Water Pump Motors and Tubewells
    Roadside light poles
    Under Distribution Transformers
    In Defence
    In Shops, Stores and Malls

    SMC Meter Boxes:

    Length Width Depth Applications
    Inside Dimension (MM) 250 250 160
    • L. T. Single Phase KWh Meter
    • L. T. Three Phase KWh Meter
    • H. T. Single Phase KWh Meter
    • H. T. Three Phase KWh Meter
    • 3 Phase Electronic KWh Meter
    • Single Phase Electronic KWh Meter
    350 270 200
    400 300 190
    450 370 220

    SMC Cable Supports

    We provide latest design SMC Cable supports having huge advantages over Metal Cable Trays. Our SMC Cable supports are unique in design addressing all drawbacks of metallic Trays.

    Our Cable Supports are:

    • Compact & light in weight; hence easy to install
    • Corrosion Resistant; hence durable,
    • Strong but weighs only 1/3rd of the metals,
    • Non-Conductive; hence non sparking & arrests the induced losses due to Eddy currents

    Product Description Size (MM)
    Cable support 200 200X90X40
    Cable support 300 300X100X40
    Cable support 350 350X135X40
    Cable support 400 400X110X40
    Cable support 450 450X165X40
    Features: Applications:
    Compact & saves space Non-conductive: Safe Electrical Power Stations
    Rust Proof Resistant to the induced losses due to Eddy Currents Railway Tunnels
    Durable Light in weight: Easy to Install Road Tunnels
    Fire proof Buildings & Infrastructures and Process Industries
    Item Size Application
    Danger Plate 200X250 HV Installation
    Danger Plate 150X200 LV Installation
    Item Description (HxWxD)
    SMC Board Plate 300X250X40

    SMC Properties Electrical Grade
    Density ISO 1183 g/cm³ 1.8
    Shrinkage ISO 2577 % 0.1
    Heat Distortion Temp. EN ISO 75-2 °C >200
    Young's Modulus EN ISO 75-4 °C 12
    Tensile Strength EN ISO 75-4 Gpa 60
    Flexural Strength EN ISO 14125 MPa 11
    Impact Strength EN ISO 179 GPa 65
    Glow wire Index IEC 60707-3 KJ/m² 960
    Fire Retardency UL 94 °C V-0 @1.5 mm
    Surface Resistivity IEC 60093 Ohm 10^12
    Comparative Tracking Index IEC 60112 Level CTI600
    Water Absorption ISO 62 % <0.5

    COMPOSITES

    Composites: The Future Materials

      Mankind has moved from Stone Age to metals and now Advanced composite material which is engineered for specific applications

      At Autodynamics, with our professional & technical expertise; we are committed to bring the Innovative, Cost Effective, Technically Advanced Materials & Products which prove to be the superior materials than the metals for critical applications in terms of resistance to the Corrosion, Weight Reduction & very Low Thermal Expansion.

      We are experts in Thermoset Composites & have products catering the needs of various Industries in the Electrical, Defense, Railways, Chemicals fertilizers etc etc to bring down costs and better utilization of resources. Our Products meet all the international Standards for Technologies we have adopted. These products are light in weight, Durable, Shock Proof, Fireproof, Rust proof & Safe.

    What are composites?

    • Composites are the combination of natural or artificial materials compiled together to form a new material which retains or improves the physical & mechanical properties of the constituent materials.
    • Composites can be selected & custom designed for the desired material properties by selecting the proper combination of constituent materials.

    Advantages of Composites:

      Composites are able to meet diverse design requirements with significant weight savings as well as high strength-to-weight ratio as compared to conventional materials. Some advantages of composite materials over conventional one are mentioned below:

    • Tensile strength of composites is 4 to 6 times greater than that of steel or aluminium.
    • Lower weights:
      • 30% reduction compared to Steel enabling the User benefits as – Fuel economy, Leading to use of better engines with less noise and heat creation
      • 30-45% lighter than Aluminium Structures designed to the same functional requirements
    • Higher fatigue endurance limit (up to 60% of the ultimate tensile strength).
    • Lower Program Cost
      • Tool Cost Reduction - 35 to 65% over Steel, Aluminum and Plastics
      • Parts consolidation - savings in part cost and assembly costs
      • Savings in welding lines and ED coat lines
      • Shorter time to the market –lower tool manufacturing time
    • 30-45% lighter than Aluminium Structures designed to the same functional requirements
    • Lower Handling Cost
      • Dent Resistance & Corrosion Resistance
      • Coefficient of thermal expansion same as steel – On line painting
    • Lower Handling Cost: Strength of steel and plastic Moldability
    • Better Noise, Vibration & Harshness (NVH) properties: Composites are less noisy while in operation and provide lower vibration transmission than metals
    • Composites are more versatile than metals and can be tailored to meet performance needs and complex design requirements
    • Long life offers excellent fatigue, impact, environmental resistance and reduced maintenance.
    • Composites exhibit excellent corrosion resistance and fire retardancy.
    • integrated design compared to conventional metallic parts.

    Advantages of composite FRP Material Over, Metals & other Polymers:

    • We can provide the products from the following Technologies…
      • Hand Lay-up
      • Pre-Preg Forming
      • Compression Molding
      • Vacuum Bagging
      • Filament Winding
      • Pultrusion
      • Spray Method
      • Sheet Molding
      • Bulk Molding
      • Resin Transfer Molding

Resin Transfer Moulding (RTM):

    In this Process, a premixed liquid thermoset resin is injected into a dry fiber perform in a closed mold. As the liquid spreads through the preform, it coats the fibers, fills the space between the fibers, expels air, and finally as it cures, it transforms into the matrix of the desired shape. This is a versatile process and can fabricate products with embedded objects such as foam cores or other components in addition to the fibre preform.

The Resin Transfer Moulding (RTM) Process

Advantages of RTM
  • Aimed designs & Lower Weights
  • Lower Production Cycle Time
  • Compatible for Large & Complex Items
  • High Finish Quality & Fibre Direction
  • Good Mechanical Properties:
  • Lower Tooling Costs compared to Compression Molding