Industrial
Power distribution
Stanyl® offers high thermal resistance for internal and external housing components in power distribution equipment.
- For higher nominal current strength (In) and breaking capacity (Isc), Stanyl meets short term thermal and magnetic tripping demands and provide long-term reliability.
- It resists melt-through from heat generated during overload breaking
- For internal components, when high mechanical properties (strength, modulus, ductility) over a wide temperature range, up to >250º, need to be combined with high creep resistance as function of temperature.
- For high In/Isc rated MCB flanges Stanyl shows a good balance between resistance to part erosion and ability to generate gases that pre-cool the arc prior to entering arc extinguishing chamber.
Stanyl delivers dependable flammability and insulation resistance
- UL yellow card data at low wall thicknesses
- Consistent and reliable UL94 ratings even when high levels of regrind are used
- Grades specifically tested according to and meeting IEC 695 GWFI
- RTI ratings meeting application needs
- Dependable and sufficient electrical properties (insulation, CTI)
Stanyl is a high productivity material
- Excellent moldability
• fast cycle time
• low T-mold
• low injection pressures
• outstanding flow to fill multi-cavity tools
- Capable of molding to <1mm wall thickness while maintaining mechanical and electrical properties
- Colorable for component identification and to comply with design needs
- High regrind levels possible; yet maintain end-part performance
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Stanyl is used in MCBs, MCCBs, and Contactors
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MCBs with In > 40A and Isc >10-15kA
Internal parts e.g. tripping levers and bars, flanges,
Heat shields separating magnetic trip from other mechanisms
Thin wall bobbins
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MCCBs for 85kA +
Internal parts e.g. tripping bars
Housing bases
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Contactors according to IEC947-5/UL508
Moving contacts
Bases and housings
Thin wall bobbins
Stanyl grades can be readily marked
For printing key product information on components Stanyl offers best tampon printing adhesion and is laser markable (UV or Nd-YAG laser types). Detailed information on laser marking of DSM materials can be found in the Laser Marking Brochure.
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