Heat Shrink Boots also referred to as Heat Shrinkable Boots, Heat Shrink Molded Shapes, Wire Harness Boots, Heat Shrink Tubing, Heat Shrink Cable Boots, which are used in a wide range of industries such as military, aerospace, automotive, and industrial
Heat Shrink Boots also referred to as Heat Shrinkable Boots, Wire Harness Boots, Heat Shrink Molded Shapes, Heat Shrink Tubing, Heat Shrink Cable Boots, which are used in a wide range of industries such as military, aerospace, automotive, and industrial. Often used in conjunction with heat shrink tubing, moldedshapes make it easy to fabricate wire and cable harnesses, offering strain relief, cosmetic coverings as well as environmentally sealed connections. Heat Shrink Boots/ Heat Shrink Molded Shapes are produced by compression mold and transfer injection mold.
Heat Shrink Boots Production Process by Transfer Molding
Make mold tools - prepare steel material, complete the product & mold design.
Prepare raw materials - Selected the type of material you want to use and calculate the proper amount of material. If too much material, excess material will seep out of the cavity and result in big flash which would be difficult to remove.
Set up the machine parameters - after the mold is well-done, can get ready for the sampling to ensure the part dimension and surface is what we required, need to set up the machine parameters and heat up the mold.
Place a piece of uncured rubber into a portion of the mold.
The mold is closed up and under hydraulic pressure, the rubber is forced through a small hole into the cavity. The mold is held closed while the rubber cures.
The plunger is raised up and the transfer pad material is removed.
Mold is opened and the part can be removed. Any flash is trimmed and removed during this time. (Trimming flash, a secondary process that removes unwanted extra overflow material called flash)
Heat Shrink Boots Production Challenges
Challenge 1: Short-shot;
Solution: Inlarge the injection gate or increase the number of injection gate.
Chanllenge 2: Demold-failed at 70A;
Solution: Reduce the shore A/ durometer to 50A, the higher shore A it is, the more difficult to demold, generally for such design structure, the recommended shore A is 30A.
Rubber Transfer Molded Heat Shrink Boots Advantages
Shorter production cycle times compared to traditional compression molding.
Tighter dimensional tolerance.
Closed mold transfer supports molding of complex geometries and over-molding.
Flash and parting line are both small.
Rubber Transfer Molded Heat Shrink Boots Disadvantages
"Pot" will increase gross material weight, which will waste more raw material.
Higher tooling cost compared to traditional compression tools.
Heat Shrink Molded Shapes
Heat Shrink Boots, T Transition
2 Way Heat Shrinkable Boots
3 Way Heat Shrink Boots
4 Way Heat Shrink Tube
5 Way Heat Shrink Molded Boots
Right Angle Shrink Boots
T Shape Wire Harness Boots
Heat Shrink Boots Applications
Heat Shrink Boots also referred to as heat shrink molded shapes, are used in a wide range of industries such as military, aerospace, automotive, and industrial. Often used in conjunction with heat shrink tubing, molded shapes make it easy to fabricate wire and cable harnesses, offering strain relief, cosmetic coverings as well as environmentally sealed connections.
Transitions & Strain Relief
Connector Backshell Covers
Cable Harnessing
Complex Multiway Transitions
Low Profile, Bulbous, and Lipped Types for Use on Circular and D-Type
Heat Shrink Boots, designed for rugged weathering, UV and ozone-resistant performance, Xiamen Better Silicone Rubber Co,.Ltd is the one-piece easy-action solution for cable and lug termination, splice insulation. Auto Shrink tubing delivers reliable and durable sealing as well as mechanical protection for cable end terminations in harsh military and industrial applications.
Heat Shrink Boots
Heat Shrink Boots also referred to as Heat Shrinkable Boots, Wire Harness Boots, Heat Shrink Molded Shapes, Heat Shrink Tubing, Heat Shrink Cable Boots, which are used in a wide range of industries such as military, aerospace, automotive, and industrial. Often used in conjunction with heat shrink tubing, moldedshapes make it easy to fabricate wire and cable harnesses, offering strain relief, cosmetic coverings as well as environmentally sealed connections. Heat Shrink Boots/ Heat Shrink Molded Shapes are produced by compression mold and transfer injection mold.
Heat Shrink Boots Production Process by Transfer Molding
Make mold tools - prepare steel material, complete the product & mold design.
Prepare raw materials - Selected the type of material you want to use and calculate the proper amount of material. If too much material, excess material will seep out of the cavity and result in big flash which would be difficult to remove.
Set up the machine parameters - after the mold is well-done, can get ready for the sampling to ensure the part dimension and surface is what we required, need to set up the machine parameters and heat up the mold.
Place a piece of uncured rubber into a portion of the mold.
The mold is closed up and under hydraulic pressure, the rubber is forced through a small hole into the cavity. The mold is held closed while the rubber cures.
The plunger is raised up and the transfer pad material is removed.
Mold is opened and the part can be removed. Any flash is trimmed and removed during this time. (Trimming flash, a secondary process that removes unwanted extra overflow material called flash)
Heat Shrink Boots Production Challenges
Challenge 1: Short-shot;
Solution: Inlarge the injection gate or increase the number of injection gate.
Chanllenge 2: Demold-failed at 70A;
Solution: Reduce the shore A/ durometer to 50A, the higher shore A it is, the more difficult to demold, generally for such design structure, the recommended shore A is 30A.
Rubber Transfer Molded Heat Shrink Boots Advantages
Shorter production cycle times compared to traditional compression molding.
Tighter dimensional tolerance.
Closed mold transfer supports molding of complex geometries and over-molding.
Flash and parting line are both small.
Rubber Transfer Molded Heat Shrink Boots Disadvantages
"Pot" will increase gross material weight, which will waste more raw material.
Higher tooling cost compared to traditional compression tools.
Heat Shrink Molded Shapes
Heat Shrink Boots, T Transition
2 Way Heat Shrinkable Boots
3 Way Heat Shrink Boots
4 Way Heat Shrink Tube
5 Way Heat Shrink Molded Boots
Right Angle Shrink Boots
T Shape Wire Harness Boots
Heat Shrink Boots Applications
Heat Shrink Boots also referred to as heat shrink molded shapes, are used in a wide range of industries such as military, aerospace, automotive, and industrial. Often used in conjunction with heat shrink tubing, molded shapes make it easy to fabricate wire and cable harnesses, offering strain relief, cosmetic coverings as well as environmentally sealed connections.
Transitions & Strain Relief
Connector Backshell Covers
Cable Harnessing
Complex Multiway Transitions
Low Profile, Bulbous, and Lipped Types for Use on Circular and D-Type
Heat Shrink Boots, designed for rugged weathering, UV and ozone-resistant performance, Xiamen Better Silicone Rubber Co,.Ltd is the one-piece easy-action solution for cable and lug termination, splice insulation. Auto Shrink tubing delivers reliable and durable sealing as well as mechanical protection for cable end terminations in harsh military and industrial applications.
