company tower banner
TBA Protective Solutions Company Logo

TBA Protective Solutions ECP 41158 Static Dissipative Clear Transparent ABS Injection Moulding Compound

ECP 41158 is a proprietary injection molding compound utilizing special polymer alloys to give a permanently anti static dissipative material. The material is specially designed for applications requiring static control and good optical qualities eg, transparency. The material is ideal for use in hazardous environments where static dissipation properties are required.

Polymer Name: Acrylonitrile Butadiene Styrene (ABS)

Processing Methods: Injection Molding

Additives Included: Anti-Static Agent

    Knowde Enhanced TDS

    Identification & Functionality

    Additives Included
    Plastics & Elastomers Functions
    Technologies

    Features & Benefits

    Overview
    ECP 41158 Static Dissipative Clear Transparent ABS Injection Molding Compound

    Applications & Uses

    Plastics & Elastomers Processing Methods
    Applications

    Moldings made from ECP 41158 exhibit excellent dimensional stability and good transparency.  
    Typical applications include:

    • Static dissipating equipment housing and windows
    • Plastic parts for hazardous environments
    • Production aids for the electronics industry (eg, storage boxes, bins etc where transparency is required)
    • Audio/hi-fi accessories

    Properties

    Physical Properties
    ValueUnitsTest Method / Conditions
    Flexural Modulus1.72GPa
    Flexural Strength55MPa
    Impact Strength (Unnotched)1336J/m
    Izod Impact Strength (Notched)180J/m
    Shrinkage0.6 - 0.8%
    Specific Gravity1.1g/cm³
    Static Decaymax. 2.0secondsFTMS-4046.1
    Surface Resistivity10⁸ohms/sqASTM D-257
    Tensile Modulus1.72GPa
    Tensile Strength34MPa

    Technical Details & Test Data

    Recommended Processing Conditions
    • Machine - It is recommended that an in line reciprocating screw machine be used to injection mold ECP 41158.
    • Cylinder Temperature - 200 - 230°C.  The optimum cylinder temperature will depend upon the size and complexity of the molding. 
    • Mold Temperature - 60 - 90°C.  The optimum mold temperature will depend upon the size and complexity of the molding.
    • Mold Design - Molds should be designed to obtain rapid filling.  Multiple gates for large area moldings are recommended with the gate positioned to avoid possible formation of weld lines.
    • Machine and Mold Wear - There is no evidence of any wear associated with this compound.
    • Moisture - ECP 41158 can absorb moisture therefore prior to molding please ensure thorough drying. Materials should be re-dried if all the material is not used within 2 - 3 hours of opening the bag.  Excess moisture may show as splash marks on the surface of these finished moldings.  If necessary the material should be re-dried.
    • Use of Re-grind - Runners sprues and scrap moldings can be reground and blended with virgin materials.  Regrind additions should not exceed 10% by weight of the virgin material otherwise some reduction in properties may be experienced.

    Safety & Health

    Safety and Health

    Caution - This material is electrically conductive.

    As this material does not have the insulating properties normally associated with polymers, due safety precautions must be taken in use and it is recommended that all products made from this material are suitably labeled.  These materials are stable at ambient and normal processing temperatures and can be processed safely in molding and extrusion equipment.