antistatic plastic, dissipative mouldings, conductive trays, explanation of, antistatic, dissipative, conductive, plastic, mouldings, trays, toolcraft plastics
Intro: antistatic plastic / dissipative mouldings & conductive trays
Another area of expertise is the production of custom made antistatic mouldings and conductive & dissipative mouldings

We can also make custom made vacuum formed antistatic packaging & conductive trays or you can choose from our range of Standard Trays & Racks or Conductive Tote Boxes, Lids etc.
Examples: antistatic plastic / dissipative mouldings & conductive trays
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Injection Moulded Top &
Bottom Alarm Case
55mm x 70mm x 12mm
Vacuum Formed Chip
Transportation Tray
160mm x 220mm x 25mm
Inj.Moulded Detection Cover
(Printed With Special Inks)
165mm x 120mm x 55mm

Stats: antistatic plastic dissipative mouldings & conductive trays
Typically, conductive trays have a volume resistivity of 103 & a surface resistivity of 104. They are of particular use in industries where static sensitive products need storing or protecting in transport or movement between work cells or in clean room environments.

Injection moulding offers much wider and improved surface and volume resistivity rates, dependent on the grade used, enabling antistatic mouldings and conductive & dissipative mouldings  Typical uses include Screening Cases & Covers to protect static sensitive parts.
An explanation of the terms antistatic / conductive / dissipative & resistivity
antistatic (1010-1012 ohms/sq.) - suppresses initial charge build up, minimises tribo charging from low speed movement & insulates against moderate to high leakage currents.
conductive (102-105 ohms/sq.) - provides a grounding path for charge bleed off & dissipates tribo charging from high speed movement *Higher resistivity shielding materials are also available*
dissipative (106-109 ohms/sq.) - prevents static discharge to or from human contact.
resistivity - ability to dissipate static charges on the surface or throughout parts (volume).