General Overview

Transfer molding is typically used for thermoset materials and is slightly different from traditional compression molding. It is a combination of injection and compression molding process. In this process, the polymer is preheated in a holding chamber called the pot. A plunger / pot is then used to transfer the polymer from the pot into the closed heated mold, then compressed into desired shape . Preheating enables lower pressure requirements for the transfer operations and shorten molding cycle. Transfer molding is very useful in producing intricate composite with various plastics and metal inserts. Common examples are gas valves, electronic circuits, and sparkplugs with wires , Seals , O Rings , Electrical Connectors Inserts , Rubber to Metal , Rubber to Plastic , Gaskets .

The process produces less flash as the material is injected into a closed mold.. Transfer molding has many benefits, which include high cavity count, design flexibility with sharper edges, no deflashing necessary as it produces flash free parts, lower cost due to simpler pot and plunger designs, short production cycle compared to compression molding . Some disadvantages include higher mold maintenance as insert transfer tool requires higher mold maintenance, and the tool design could get complex and expensive to include inserts. The overall operation could be cumbersome as each charge is loaded manually.

Micro Technical Team has Designed and Developed Up – Stroking Transfer Moulding Hydraulic press for making the Products from Thermoset Material . These Machines are in Pillar Type Construction Conforming to the Geometrical Tolerances as per JIS b 6403 : 1973 ‘Test code for performance and accuracy for hydraulic presses’ issued by Japanese Industrial Standard Committee (JIS). In addition, meeting Safety Norms as per CE / OSHA Requirement . with Proper Pillar Guiding Arrangement and Automatic Lubrication System which assure the Accuracy of the Movement of Machine Beds .
Gamut of Up – Stroking Transfer Moulding Press from 20 Ton to 1000 Ton with Platen Size from 400 mm x 400 mm to 1000 x 1000 mm . We have developed semi- Automatic and Fully Automatic Machines with Precise Temperature Control up to 400 Degree Celsius in Platens . In Fully Automatic machine Operator has to feed the Raw Material manually , once the Cycle Start signal is activated by operator the Sequence operation of the machine, which is programmed in PLC, will start working . After finishing Bumping , and curing Time the Die will be opened for the removal of the Final moulded Product . Hydraulic System  is with Induction Motor . Servo Hydraulic System can also be given with machine on customer Request .
Ancillary Equipment’s such as Tool Lubrication Devices , Conveyors can also be integrated on Customer Request

For any customization required by customer in the standard series of Machines . please collaborate with our Sales – Technical Team 0091-9717474831 Email : sales@microhydrotechnic.co.in . we will be glad to do Design & Manufacture a Hydraulic Press as Per your Requirements.

Process

These presses are based on the technology that includes :

  • Mold cavity similar to compression mold
  • In addition, transfer mold also contains transfer pot and Ram
  • Here, rubber material is placed before compression
  • Mold cavity contains transfer holes that connect to transfer pot through Holes
  • During transfer, ram is compressed and compounded rubber material flows through holes into mold cavity
  • Here, under heat and pressure, rubber compound cures into mold cavity as per desired shape and configurations
  • After rubber material is cured, it is removed and flash is removed

Application:

  • Seals
  • O rings
  • Electrical Connector Inserts
  • Rubber – to – Metal
  • Rubber – to – Plastic
  • Gaskets

Download Technical Specification of Transfer Molding Press

TRANSFER MOLDING PRESS
TECHNICAL SPECIFICATIONS
MODEL MHPL MHPL MHPL MHPL MHPL MHPL MHPL MHPL MHPL MHPL
10 25 50 75 100 150 200 250 300 32-500A
MATERIAL TRANSFER UNIT Nominal pressure kn 210 210 210 210 210 210 210 210 210 2
Transfer cylinder copacity(Ton) Ton 5 12 20 25 30 40 60 60 100
Movement transfer cylinder Inch 8″ 8″ 10″ 12″ 12″ 14″ 14″ 14″ 16″
Movement transfer cylinder Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok
Boresize of cylinder mm 63 100 120 125 130 150 200 200 250
MOULD CLAMPING UNIT Clamping force Ton 10 25 50 75 100 150 200 250
Stroke llength mm 350 400 450 500 500 600 600 800 800
Platen bed size Inch 12″x12″ 14″x14″ 16″x16″ 18″x18″ 20″x20″ 22″x22″ 24″x24″ 28″x28″ 36″x36″
Cylinder bore size mm 100 125 200 220 225 300 350 400 450
Maxmum daylight mm 350 400 450 500 500 600 6+00 600 800
GENERAL Motor power H.P. 3 5 7.5 7.5 10 15 15 20 25 30
Movement clamping cylinder Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke 600
Opration PLC PLC PLC PLC PLC PLC PLC PLC PLC

Salient Feature

If you are talking about technology, then you will receive the best of the lot and nothing less than that. The same holds true for Transfer Molding Press as well, so you will receive the best technology, which include the below mentioned factor like:

  • Cavity molding is similar to that of compression molding
  • When the curing of rubber material is complete, the flash is being removed and it is also removed
  • For desired configurations and shape, rubber compound can cure into mold cavity when the pressure and heat is applied
  • RAM compression is being done during the transfer and the compounded rubber materials starts flowing
  • through the holes and straight to the mold cavity
  • The transfer mold that is present in here consists of RAM as well as transfer pot
  • The rubber material is placed prior to compression
  • Transfer holes are there in mold cavity that helps in connecting to the transfer pot through the holes

    YOUR NAME
    APPLICATION
    MOBILE NO.
    EMAIL
    DAY LIGHT(mm)
    WORKING HEIGHTS(No.)
    NO OF STATIONS(No.)
    DEGASSING(mm)
    BUMPING(mm)
    CLEAR BED SIZE(mm)
    TANK CAPACITY(ltr.)
    MOTOR H.P       1440rpm 3phase
    PRESSURE HOLDING     YesNo
    FRAME TYPE                  ~ H-TYPE~ PILLAR TYPE
    OIL COOLER                  ~ SHELL TUBE~ AIR COOLED~ CHILLER
    CONTROL                      ~ PLC~ MANUAL~ RELAY~ LOGIC
    COIL VOLTAGE             ~ 12VDC~ 24VDC~ 220VDC
    SUPPLY                         ~ 440VDC~ 110VDC
    LUBRICATION              ~ MANUAL~ MOTORISED
    SAFETY                         ~ MANUAL~ HAND CURTAIN
    MAIN CYLINDER
    MAIN CYLINDER QUANTITY(No.)
    MAIN CYLINDER PRESSURE HOLDING            YesNo
    MAIN CYLINDER TONNAGE(ton)
    MAIN CYLINDER STROKE(mm)
    MAIN CYLINDER BORE(mm)
    MAIN CYLINDER ROD(mm)
    MAIN CYLINDER APPRO. SPEED(mm/sec)
    MAIN CYLINDER PRESSING SPEED(mm/sec)
    MAIN CYLINDER RETURN SPEED(mm/sec)
    BOOSTER CYLINDER
    BOOSTER CYLINDER QUANTITY(No.)
    BOOSTER CYLINDER PRESSURE HOLDING            YesNo
    BOOSTER CYLINDER TONNAGE(ton)
    BOOSTER CYLINDER STROKE(mm)
    BOOSTER CYLINDER BORE(mm)
    BOOSTER CYLINDER ROD(mm)
    BOOSTER CYLINDER APPRO. SPEED(mm/sec)
    BOOSTER CYLINDER PRESSING SPEED
    BOOSTER CYLINDER RETURN SPEED(mm/sec)
    Brief Description : -

      Please fill this form for enquiry

      Overview

      General Overview

      Transfer molding is typically used for thermoset materials and is slightly different from traditional compression molding. It is a combination of injection and compression molding process. In this process, the polymer is preheated in a holding chamber called the pot. A plunger / pot is then used to transfer the polymer from the pot into the closed heated mold, then compressed into desired shape . Preheating enables lower pressure requirements for the transfer operations and shorten molding cycle. Transfer molding is very useful in producing intricate composite with various plastics and metal inserts. Common examples are gas valves, electronic circuits, and sparkplugs with wires , Seals , O Rings , Electrical Connectors Inserts , Rubber to Metal , Rubber to Plastic , Gaskets .

      The process produces less flash as the material is injected into a closed mold.. Transfer molding has many benefits, which include high cavity count, design flexibility with sharper edges, no deflashing necessary as it produces flash free parts, lower cost due to simpler pot and plunger designs, short production cycle compared to compression molding . Some disadvantages include higher mold maintenance as insert transfer tool requires higher mold maintenance, and the tool design could get complex and expensive to include inserts. The overall operation could be cumbersome as each charge is loaded manually.

      Micro Technical Team has Designed and Developed Up – Stroking Transfer Moulding Hydraulic press for making the Products from Thermoset Material . These Machines are in Pillar Type Construction Conforming to the Geometrical Tolerances as per JIS b 6403 : 1973 ‘Test code for performance and accuracy for hydraulic presses’ issued by Japanese Industrial Standard Committee (JIS). In addition, meeting Safety Norms as per CE / OSHA Requirement . with Proper Pillar Guiding Arrangement and Automatic Lubrication System which assure the Accuracy of the Movement of Machine Beds .
      Gamut of Up – Stroking Transfer Moulding Press from 20 Ton to 1000 Ton with Platen Size from 400 mm x 400 mm to 1000 x 1000 mm . We have developed semi- Automatic and Fully Automatic Machines with Precise Temperature Control up to 400 Degree Celsius in Platens . In Fully Automatic machine Operator has to feed the Raw Material manually , once the Cycle Start signal is activated by operator the Sequence operation of the machine, which is programmed in PLC, will start working . After finishing Bumping , and curing Time the Die will be opened for the removal of the Final moulded Product . Hydraulic System  is with Induction Motor . Servo Hydraulic System can also be given with machine on customer Request .
      Ancillary Equipment’s such as Tool Lubrication Devices , Conveyors can also be integrated on Customer Request

      For any customization required by customer in the standard series of Machines . please collaborate with our Sales – Technical Team 0091-9717474831 Email : sales@microhydrotechnic.co.in . we will be glad to do Design & Manufacture a Hydraulic Press as Per your Requirements.

      Process

      These presses are based on the technology that includes :

      • Mold cavity similar to compression mold
      • In addition, transfer mold also contains transfer pot and Ram
      • Here, rubber material is placed before compression
      • Mold cavity contains transfer holes that connect to transfer pot through Holes
      • During transfer, ram is compressed and compounded rubber material flows through holes into mold cavity
      • Here, under heat and pressure, rubber compound cures into mold cavity as per desired shape and configurations
      • After rubber material is cured, it is removed and flash is removed
      Images
      Videos
      Applications

      Application:

      • Seals
      • O rings
      • Electrical Connector Inserts
      • Rubber – to – Metal
      • Rubber – to – Plastic
      • Gaskets
      Tech Specs

      Download Technical Specification of Transfer Molding Press

      TRANSFER MOLDING PRESS
      TECHNICAL SPECIFICATIONS
      MODEL MHPL MHPL MHPL MHPL MHPL MHPL MHPL MHPL MHPL MHPL
      10 25 50 75 100 150 200 250 300 32-500A
      MATERIAL TRANSFER UNIT Nominal pressure kn 210 210 210 210 210 210 210 210 210 2
      Transfer cylinder copacity(Ton) Ton 5 12 20 25 30 40 60 60 100
      Movement transfer cylinder Inch 8″ 8″ 10″ 12″ 12″ 14″ 14″ 14″ 16″
      Movement transfer cylinder Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok Down Strok
      Boresize of cylinder mm 63 100 120 125 130 150 200 200 250
      MOULD CLAMPING UNIT Clamping force Ton 10 25 50 75 100 150 200 250
      Stroke llength mm 350 400 450 500 500 600 600 800 800
      Platen bed size Inch 12″x12″ 14″x14″ 16″x16″ 18″x18″ 20″x20″ 22″x22″ 24″x24″ 28″x28″ 36″x36″
      Cylinder bore size mm 100 125 200 220 225 300 350 400 450
      Maxmum daylight mm 350 400 450 500 500 600 6+00 600 800
      GENERAL Motor power H.P. 3 5 7.5 7.5 10 15 15 20 25 30
      Movement clamping cylinder Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke Upstroke 600
      Opration PLC PLC PLC PLC PLC PLC PLC PLC PLC
      Salient Feature

      Salient Feature

      If you are talking about technology, then you will receive the best of the lot and nothing less than that. The same holds true for Transfer Molding Press as well, so you will receive the best technology, which include the below mentioned factor like:

      • Cavity molding is similar to that of compression molding
      • When the curing of rubber material is complete, the flash is being removed and it is also removed
      • For desired configurations and shape, rubber compound can cure into mold cavity when the pressure and heat is applied
      • RAM compression is being done during the transfer and the compounded rubber materials starts flowing
      • through the holes and straight to the mold cavity
      • The transfer mold that is present in here consists of RAM as well as transfer pot
      • The rubber material is placed prior to compression
      • Transfer holes are there in mold cavity that helps in connecting to the transfer pot through the holes
      Specification Form

        YOUR NAME
        APPLICATION
        MOBILE NO.
        EMAIL
        DAY LIGHT(mm)
        WORKING HEIGHTS(No.)
        NO OF STATIONS(No.)
        DEGASSING(mm)
        BUMPING(mm)
        CLEAR BED SIZE(mm)
        TANK CAPACITY(ltr.)
        MOTOR H.P       1440rpm 3phase
        PRESSURE HOLDING     YesNo
        FRAME TYPE                  ~ H-TYPE~ PILLAR TYPE
        OIL COOLER                  ~ SHELL TUBE~ AIR COOLED~ CHILLER
        CONTROL                      ~ PLC~ MANUAL~ RELAY~ LOGIC
        COIL VOLTAGE             ~ 12VDC~ 24VDC~ 220VDC
        SUPPLY                         ~ 440VDC~ 110VDC
        LUBRICATION              ~ MANUAL~ MOTORISED
        SAFETY                         ~ MANUAL~ HAND CURTAIN
        MAIN CYLINDER
        MAIN CYLINDER QUANTITY(No.)
        MAIN CYLINDER PRESSURE HOLDING            YesNo
        MAIN CYLINDER TONNAGE(ton)
        MAIN CYLINDER STROKE(mm)
        MAIN CYLINDER BORE(mm)
        MAIN CYLINDER ROD(mm)
        MAIN CYLINDER APPRO. SPEED(mm/sec)
        MAIN CYLINDER PRESSING SPEED(mm/sec)
        MAIN CYLINDER RETURN SPEED(mm/sec)
        BOOSTER CYLINDER
        BOOSTER CYLINDER QUANTITY(No.)
        BOOSTER CYLINDER PRESSURE HOLDING            YesNo
        BOOSTER CYLINDER TONNAGE(ton)
        BOOSTER CYLINDER STROKE(mm)
        BOOSTER CYLINDER BORE(mm)
        BOOSTER CYLINDER ROD(mm)
        BOOSTER CYLINDER APPRO. SPEED(mm/sec)
        BOOSTER CYLINDER PRESSING SPEED
        BOOSTER CYLINDER RETURN SPEED(mm/sec)
        Brief Description : -

        Enquiry

          Please fill this form for enquiry