Safety Nets For Roofing
High-strength load-bearing capacity: Made of high-quality recycled materials, it has high-strength load-bearing capacity to ensure the safety of people and items.
Strong impact resistance: After special processing, the safety net has good impact resistance and can withstand the impact of falling objects from high altitude.
Lightweight and easy to install: The product design is lightweight, easy to transport and install, and reduces the difficulty of construction.
Corrosion and weather resistance: The raw materials have excellent corrosion resistance and weather resistance, which prolongs the service life of the safety net.
The roof safety net is woven with high-strength recycled materials (mineral water bottle caps), which has excellent load-bearing and impact resistance, effectively preventing high-altitude falls and ensuring the safety of construction workers. It is light and easy to install, fully covers the roof area, and provides a reliable protective barrier. It can also intercept objects falling from high altitudes to avoid damage to people or property below.
Raw materials for roof safety net
Main materials: We mainly use recycled raw materials, such as mineral water bottle caps, which have the characteristics of high strength, wear resistance, corrosion resistance and aging resistance.
Auxiliary materials: such as high-density polyethylene and white polypropylene, which are used to enhance the strength, toughness and color brightness of the safety net.
Some pictures of mineral water bottle cap materials:
Auxiliary materials High density polyethylene and white polypropylene Image:
Pigments for roof safety nets
The colors of roof safety nets are usually eye-catching green, yellow, black or red to increase visibility and improve warning effects. The pigments we use meet environmental standards, are non-toxic and harmless, and have bright colors that are not easy to fade, so the safety nets can be used for a longer time.
Some pictures of product pigments:
Production process and flow
Raw material preparation: Purchase high-quality recycled materials, such as mineral water bottle cap particles and polypropylene.
Wire drawing: The raw materials are drawn into filaments through a wire drawing machine. We control the thickness, color and flexibility of the wires to the highest standards by adjusting the temperature and rotation speed.
Net weaving: The fine wires are woven into a mesh structure using a close-mesh warp knitting machine. We control the weaving density and structure to ensure the uniformity and flatness of the roof safety net.
Cutting and sewing: Cut into suitable sizes according to customer needs, sew, and add accessories such as side ropes and tie ropes.
Inspection and packaging: The finished products are inspected for quality and packaged for shipment after passing the inspection.
Some pictures of the process flow:
Product parameter details
Product Name | |
Material |
Recycled raw materials (mineral water bottle caps and polypropylene granules) |
weight |
95g/m2 （Can be customized upon request） |
size |
2mx35m （Can be customized upon request） |
color |
Fully implement green or green and orange weave, or customize upon request |
application |
Roofs or other high places to prevent people from falling and causing injuries |
Maximum tensile strength | 1760 N |
Package |
Each piece is packed in a plastic bag, or ten pieces are packed in a bundle |
Energy Absorption | 3.6 kj |
Advantage |
With UV characteristics, blocking 3% of ultraviolet rays |
Resistant to organic solvents |
good |
Mesh Connection |
High strength monofilament warp knitting, knot-free |
Weak acid/strong acid resistant | very good/good |
Flexural strength and wear resistance | good |
Weather resistance | good |
Behavior in heat/fire |
Melt first, then burn |
Electrical characteristics |
Isolation, no conductivity |
Tensile strength | Very good |
Application areas of roof safety nets
Construction sites: protect construction workers from falling objects and prevent them from falling.
Aerial work platforms: provide safety protection for workers in scenarios such as power maintenance and high-altitude cleaning.
Other places that require high-altitude protection: such as engineering sites such as bridges and tunnels, as well as home or commercial building areas such as roofs and balconies.
Some pictures of application areas:
