Inserts For Plastics

Ultrasonic/Heat Staking Inserts IIU

Symmetrical through-hole thread design, no need for positioning and orientation; Aluminum inserts are extremely suitable for lightweight designs, and aluminum and stainless steel provide lead-free alternatives; Suitable for various plastics and providing excellent performance.

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Ultrasonic/Heat Staking Inserts IIUT

Symmetrical through-hole thread design, no need for positioning and orientation; Aluminum inserts are extremely suitable for lightweight designs, and aluminum and stainless steel provide lead-free alternatives; Suitable for various plastics and providing excellent performance.

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Ultrasonic/Heat Staking Inserts IIS

Symmetrical through-hole thread design, no need for positioning and orientation; Aluminum inserts are extremely suitable for lightweight designs, and aluminum and stainless steel provide lead-free alternatives; Suitable for various plastics and providing excellent performance.

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Ultrasonic/Heat Staking Inserts IMC

Symmetrical through-hole thread design, no need for positioning and orientation; Aluminum inserts are highly suitable for lightweight designs and provide a lead-free alternative; Suitable for various plastics and providing excellent performance.

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Molded-in Inserts IIB

Blind holes protect threads from plastic intrusion; Aluminum inserts are highly suitable for lightweight designs, while aluminum and stainless steel inserts provide lead-free alternatives; Suitable for various plastics and providing excellent performance.

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Molded-in Inserts IIBL

Blind holes protect threads from plastic intrusion; Aluminum inserts are highly suitable for lightweight designs, while aluminum and stainless steel inserts provide lead-free alternatives; Suitable for various plastics and providing excellent performance.

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Molded-in Inserts IIT

The guide diameter and retraction groove allow plastic to be injected into the groove, thereby providing high tensile pulling force; Aluminum inserts are highly suitable for lightweight designs, while aluminum and stainless steel inserts provide lead-free alternatives;

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Molded-in Inserts ISTK

Unified rolling diameter reduces the risk of dent formation; Provide various lengths for injection molding assembly; Aluminum inserts are highly suitable for lightweight designs, while aluminum and stainless steel inserts provide lead-free alternatives;