New Style Plastic Honeycomb Panel Performance And Characteristics

Jun 23, 2020

Leave a message

The honeycomb core material is a monolithic core material made of PC (polycarbonate), PP (polypropylene), aluminum, etc., and processed and bonded into a hexagonal shape and a round hollow (honeycomb shape). Commonly used panels are PC, PMMA, PETG, aluminum, etc. The panel must be firmly bonded to the core material with a suitable adhesive to show the excellent characteristics of the honeycomb panel, that is, it has multiple functions such as high specific strength, low thermal conductivity and good shock resistance.


The honeycomb panel is divided into functions: buffer honeycomb panel and packaging honeycomb panel. Due to its special structure, it can increase the compressive strength, and reduce the cost of plastic honeycomb panels. The honeycomb panel aperture is generally divided into: (circular) 6mm, 8mm; (hexagonal) 3.6MM, 6MM, 8MM size, PC honeycomb core 8MM: 07KG/1 square meter. Plastic honeycomb panels can be used to make billboards, ceilings, decorative panels, light boxes, etc. Plastic honeycomb panel is a new type of green decorative material emerging in developed countries this year that saves resources, protects the ecological environment, and has a low cost. It has many advantages such as light, strong, stable, thermal insulation, and heat insulation.


Features: The honeycomb panel is characterized by a large strength to weight ratio, average stress, strong pressure resistance, low thermal conductivity, good shock resistance, light weight, sound insulation, no water absorption, and stable performance in a large temperature range. Features:

1. High plate flatness

2. Plates with large surface area

3. Honeycomb core material contributes to the thermal insulation effect of the space

4. Easy and fast installation

5. Light weight and high strength

6. High-quality materials and advanced processing technology ensure that the honeycomb panel is durable

7. Rich colors and surface treatments are available