Rtv rubber should be 0 085 from surface and have a pocket depth of 0 080 for resilience and reliable shut off.
Cable overmolding design guide.
Design for a nominal 0 063 thickness of chem 860 over the flat surfaces.
Consider these helpful tips.
Wall thickness in the range from 0 060 to 0 120 will ensure good bonding in most overmolding applications.
Overmolding design considerations when designing cable assemblies engineers are using the overmolding process to provide strain or bend relief.
Cable overmolding design guide overmolding injection molding process for plastic parts.
Are you looking for some basic tips to get started or ways to improve your design.
Temp hum sensor is 0 095 from surface.
Less thickness for corners and edges ok.
I need a cable assembly that will survive specific chemicals acids and bases.
The purpose of this guide is to emphasize basic principles of overmolding.
Use mechanical interlocks to reinforce the overmolding.
Overmolding checklist i need a cable assembly with a long lifespan.
Capabilities include molding hand wiring and engineering.
The guide is based on over ten years of experience of gls chemists and engineers on overmolding tpes.
Part design and tooling.
About this guide this guide will assist the process engineer part designer tool designer and toolmaker in the use of gls tpe compounds.
Offers control and data cables power cables.
Overmolding insert molding our basic guidelines for overmolding and insert molding include important design considerations to help improve part manufacturability enhance cosmetic appearance and reduce overall production time.
Ensure the thickness of the tpe overmolding is sufficient enough not to cause delamination.
Overmolding and insert molding are regularly used to manufacture multi material components for applications in industries such as medical and health care automotive and electronics.
My cable assembly will be plugged unplugged from an electrical source repeatedly and frequently.
Guolan is professional custom manufacturer of electrical and electronic cable assemblies in small custom runs and large production quantities.
My cable assembly will need to withstand a high amount of physical abuse and abrasion.
This white paper offers a primer on overmolding and insert molding and how they can be used both for prototyping during development and on demand production.
