LK® ALL18CX – 13×4×17″ Gusseted Clear 4-Gallon Heavy-Gauge LLDPE Trash Can Liner, 0.6 Mil | 1000/CS

LK® ALL18CX – 13×4×17″ Gusseted Clear 4-Gallon Heavy-Gauge LLDPE Trash Can Liner, 0.6 Mil | 1000/CS

The LK® ALL18CX is a 13×4×17-inch gusseted clear trash can liner manufactured from 0.6-mil heavy-gauge LLDPE film. Combining the contents-visibility advantage of clear film with the puncture resistance of heavy-gauge stock, this liner addresses 4-gallon small-can applications requiring both visual inspection capability and enhanced liner integrity. Each case contains 1,000 liners. The ALL18CX is the heavy-duty counterpart to the standard ALL18C, selected for mixed-content or inspection-critical waste receptacles where liner breach risk justifies the move to 0.6-mil gauge.

What applications require heavy-gauge clarity in a 13×4×17″ clear liner?

The ALL18CX heavy-gauge clear liner targets settings where recycling or waste inspection programs require liner transparency and where waste contents include sharp, dense, or heavy materials that stress standard-gauge clear liners. Laboratory bench-top waste receptacles, dental and medical procedure area recycling bins, food service clear-liner recycling programs, and retail security inspection receptacles are primary applications. The 0.6-mil gauge provides the added liner wall strength needed when sharper or heavier waste items are co-mingled with materials requiring visual identification before disposal or diversion.

0.6 Mil Heavy-Gauge LLDPE Film: Clarity and Strength in Small-Can Liner Format

At 0.6-mil gauge, the ALL18CX delivers measurably higher puncture and tear resistance than standard 0.4-mil clear liners while maintaining the optical transparency needed for visual waste verification. LLDPE molecular structure reduces stress-whitening under elongation, preserving film clarity even as the liner expands under waste load — unlike lower-quality LDPE films that opacify as they stretch. This combination of clarity retention and heavy-gauge durability makes ALL18CX the appropriate choice for inspection-critical waste receptacles handling mixed light and sharp content streams.

Laboratory and Clinical Recycling Waste Stream Visual Compliance

Regulatory compliance in laboratory and clinical environments often requires documented waste stream segregation, with clear liner receptacles designated for specific non-hazardous recyclable or divertible waste categories. The LK® ALL18CX provides the visual transparency required for compliance verification while offering the 0.6-mil gauge durability needed in laboratory settings where incidental contact with glass, sharp packaging, and dense material components is routine. Facility compliance managers can conduct visual waste audits on clear heavy-gauge liner receptacles without requiring container opening or liner removal during collection rounds.

Ordering LK® ALL18CX in Cases of 1,000 from NFC Bags

NFC Bags stocks LK® ALL18CX in 1,000-liner cases for healthcare, laboratory, and facility management procurement buyers. The ALL18CX complements ALL18C standard-gauge clear liners in facilities running tiered liner programs that match gauge to waste stream risk level. Volume pricing supports multi-case institutional orders. NFC Bags fulfills clear heavy-gauge small-can liner orders for individual facilities and distribution accounts maintaining consistent liner grade standards across differentiated waste stream receptacle programs.

FDA Compliance and Recyclability of LK® Heavy-Gauge Clear LLDPE Trash Can Liners

LK® ALL18CX heavy-gauge clear LLDPE liners are manufactured in compliance with FDA food-contact regulations, providing safety assurance for healthcare and food service waste applications requiring liner integrity certification. Clear LLDPE film (SPI code #4) is compatible with plastic film recycling programs where available. The 0.6-mil heavy gauge uses marginally more material per liner than standard gauge — a targeted increase justified by the reliability and visual compliance advantages the heavier film delivers in inspection-critical and mixed-content waste stream applications.