Static Dissipation | Electronics shipping, semiconductor packaging | Industry: 1×10¹² Ω (ASTM D257) Base: 1×10¹¹ Ω (▲) Advanced: 1×10¹⁰ Ω (▲▲) | Reduces static damage to sensitive components. Advanced version meets ESD standards for high-risk environments. | Higher cost for Advanced; Base may require additional grounding for optimal performance. |
Material Composition | Industrial parts packaging, chemical transport | Industry: Standard PE (ASTM D1243) Base: Conductive PE blend (▲) Advanced: Enhanced conductive polymer (▲▲) | Conductive additives prevent static buildup. Advanced offers superior durability. | Base may have limited flexibility; Advanced requires specialized manufacturing. |
Weight | Courier shipping, lightweight packaging needs | Industry: 20gsm (ISO 5024) Base: 15gsm (▲) Advanced: 12gsm (▲▲) | Lightweight reduces shipping costs. Advanced minimizes material waste. | Thinner Advanced may sacrifice puncture resistance; Base balances weight and strength. |
Chemical Resistance | Chemical transport, industrial parts packaging | Industry: Withstands 10 chemical exposures (ASTM D543) Base: 20 exposures (▲) Advanced: 50+ exposures (▲▲) | Protects against corrosive substances during transit. Advanced handles harsher chemicals. | Advanced may require thicker layers, increasing weight. Base adequate for moderate exposure. |
Puncture Resistance | Fragile item shipping, machinery parts packaging | Industry: 5N force (ISO 13938-1) Base: 8N (▲) Advanced: 12N (▲▲) | Prevents damage from sharp objects. Advanced resists heavy impacts. | Advanced may feel stiffer; Base offers flexibility without compromising protection. |
Temperature Resistance | Cold chain logistics, high-heat environments | Industry: -20°C to 80°C (ISO 11801) Base: -30°C to 90°C (▲) Advanced: -40°C to 100°C (▲▲) | Maintains integrity in extreme temperatures. Advanced withstands cryogenic storage. | Advanced may cost more; Base sufficient for moderate temperature ranges. |