Glass Container Divider Pad

Glass Container Divider Pad Description

The Glass Container Divider Pad is manufactured from eco-friendly PP hollow sheet material. It is food-grade, non-toxic, and odorless, making it suitable for direct contact with bottle openings. Rounded corners can be incorporated to prevent puncturing or damaging outer packaging during handling and transportation.

Designed with excellent load-bearing performance, the Glass Container Divider Pad supports multi-layer stacking, helping maximize storage efficiency and reduce transportation costs. Lightweight yet durable, it resists damage during repeated use and is ideal for returnable packaging systems. Easy to handle, store, and transport, it helps lower labor and logistics costs while providing a reliable and efficient packaging solution.

Specification

FAQ:

Q :What material is the Glass Container Divider Pad made of?

A:The Glass Container Divider Pad is made from high-quality PP hollow sheet (polypropylene corrugated plastic), an eco-friendly, lightweight, and durable material suitable for repeated use.

Q: Is the Glass Container Divider Pad safe for direct contact with bottles?

A:Yes. The divider pad is food-grade, non-toxic, and odorless, making it safe for direct contact with bottle openings and glass containers used in food and beverage applications.

Q: Can the Glass Container Divider Pad be customized?

A:Yes. The size, thickness, color, slot design, and corner treatment can all be customized to fit different bottle sizes, container dimensions, and packaging requirements.

Q:Is the Glass Container Divider Pad reusable?

A:Absolutely. The Glass Container Divider Pad is designed for long-term reuse. Its strong structure resists damage during handling and transportation, helping reduce packaging waste and operating costs.

Q: What are the advantages of using a Glass Container Divider Pad?

A:The divider pad provides excellent protection for glass containers, prevents product-to-product contact, supports multi-layer stacking, reduces transportation costs, and improves packaging efficiency throughout the supply chain.