Flame Retardant Debris Nets
Beautiful and durable: The scaffolding safety internet adopts a mesh body shape design, which is now not only practical, however additionally lovely in appearance. At the equal time, its floor has been especially handled (such as galvanizing, spraying, etc.), with fantastic solar safety and anti-corrosion properties, and a lengthy provider life.
Ventilation and breathability: The format of the mesh body shape permits the scaffolding safety internet to keep a sure diploma of air flow and breathability whilst taking part in a shielding role, which helps to enhance the development surroundings and guard the fitness of workers.
The flame retardant debris net is woven with recycled mineral water bottle caps, which has excellent high temperature resistance and flame retardant properties, can effectively isolate the fire source and prevent the spread of fire, and also has anti-aging, corrosion resistance, and UV protection functions. It is used for safety protection in the fields of construction, transportation, etc.
Functions of flame retardant debris net
Flame retardant and heat insulation: can resist high temperature fire source, prevent the spread of fire, protect the surrounding environment and personnel safety.
Debris protection: prevent damage caused by splashing debris during construction or demolition.
Safety protection: provide temporary or permanent safety protection in construction sites, transportation facilities and other places.
Promote civilized construction: The use of scaffolding safety nets helps to reap closed administration of building sites, minimize the emission of pollution such as noise and dust, and reap the cause of civilized building and environmental protection. At the equal time, its neat and lovely look additionally helps to decorate the photograph of the city.
Manufacturing process
The manufacturing process of flame retardant debris net mainly includes drawing, weaving, cutting and other links. First, the raw material mineral water bottle cap particles are stirred and drawn to obtain the required thickness of plastic wire. In this process, we add flame retardant additives to improve the flame retardant performance of the flame retardant debris net. Then, the plastic fiber wire is woven into a mesh structure through a weaving process; throughout the entire manufacturing process, we strictly control the quality of each link to ensure the stable and reliable performance of the final product.
Some pictures of the production process:
Product Raw Materials
The main raw materials of flame retardant debris net are high-strength, wear-resistant recycled raw materials, such as mineral water bottle caps or polypropylene particles, etc. These materials are processed and flame retardants are added to improve their flame retardant properties.
Raw materials Partial pictures:
Product pigments
Flame retardant debris net We use inorganic pigments for coloring. These pigments have excellent weather resistance and light retention, which can ensure that the color of the net body is long-lasting and bright. At the same time, this pigment is environmentally friendly and harmless to the human body. We use a wide variety of pigments to meet customers' needs for different colors.
Product pigment part picture：
Product parameter details
Product Name | Flame Retardant Debris Nets |
Material |
Recycled material (mineral water bottle cap material) |
weight |
75g/m2 (Can be customized upon request） |
size |
2mx10m (Can be customized upon request) |
color |
green (Can be customized upon request) |
application |
Construction area for fire prevention work |
Maximum tensile strength | 1980 N |
Package |
Each piece is packed in a plastic bag, or ten pieces are packed in a bundle |
Energy Absorption | 3.9 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 |
Electrical characteristics |
Isolation, no conductivity |
Tensile strength | Very good |
Application fields
Construction field: used to set up scaffolding, construction fences and safety nets, etc., to prevent fire sources from entering the interior of the building and protect the safety of personnel and property.
Transportation field: Provide safety protection in transportation facilities such as tunnels and bridges to prevent accidents such as fire from damaging transportation facilities.
Public places: Build temporary isolation belts, guardrails, etc. in public places such as shopping malls, exhibition halls, and stadiums to deal with emergencies such as sudden fires.
Petrochemical field: Provide safety protection in flammable and explosive places such as chemical plants and refineries to reduce the probability and degree of harm of fire.
