Luminaire and display parts
Transparent covers, display components and light-guide parts evaluated against target geometry.
V2 and V6 share the same optical values at 3 mm. V2 provides the highest Vicat and HDT values in the current V Series. V6 provides substantially higher flow for thinner walls and longer flow paths.

Key selection factors include part thickness, gate design, flow length, mold design and operating temperature.
Transparent covers, display components and light-guide parts evaluated against target geometry.
Parts where cavity filling and longer or more demanding flow paths guide the grade choice.
Clear molded packaging components reviewed for flow, appearance and end-use requirements.
V2 offers higher heat resistance, while V6 provides higher melt flow for thinner walls and longer flow paths.
| Grade | Primary profile | MFR 230°C / 3.8 kg | Vicat | HDT | Applications |
|---|---|---|---|---|---|
| V2 | General-purpose injection Higher heat profile | 2.0 g/10 min | 107°C | 101°C | Luminaire covers, display and transparent technical parts |
| V6 | High-flow injection Thin-wall and long-flow | 14.0 g/10 min | 89°C | 84°C | Thin-wall parts, longer flow paths, packaging and display components |
Both grades: luminous transmittance ≥93% and haze 0.3% at 3 mm.
Use part geometry, heat requirements and flow demand to narrow the choice before a mold trial.
Use the supplier, grade and known data as a comparison baseline.
Dimensions, wall thickness, gate and approximate flow length.
Heat resistance, flow, optical appearance or another critical requirement.
Target mold, evaluation quantity and timing for the material trial.
Share the part geometry and operating conditions to compare V2 and V6 and request the relevant TDS.