Plastic Additives on Sports Landscape Applications
| Industry | Material | |
| Sports Landscape | Artificial Grass | PE/PP |
| Wood Plastic | PE/PP | |
| Imitation Rattan | PE/PP | |
| Rotomolding | PE | |
| Plastic Runway | PU/EPDM | |
Introduction
Due to the cost effectiveness, inventiveness, and longevity, plastic-based substances
have altered a number of uses in recent industries, replacing more customized
substances like wood, metal, and natural fibers. The stability and appearance of plastic
substances can be effected by reveal to severe exposure to sunlight and weather,
including UV radiation, heat, and oxygen. These substances if not appropriately
stabilized can fade, crack, and lose their mechanical qualities.
The functionality and durability of plastic goods can be enhanced across a number of
industries, EcoChem offers several specialized anti-aging additives, like antioxidant, UV
stabilizers, and light stabilizers. The contribution of wood-plastic composites, synthetic
grass, plastic runways, imitation rattan and rotational engrave plastics are assessed in
this article, along with how EcoChem additives aid in fighting against environmental
collapse.
Wood Plastic Composites (WPCs) Application
Overview
Today’s hybrid substances known as wood plastic composites (WPCs) are formed by
combining rice husk, waste plant fibers like wood grain, and straw with polyethylene (PE)
and polyvinyl chloride (PVC). WPCs basically have natural fiber between 35 and 70
percent. It is used in furniture for preparing panels and profiles, building, and shipping
packaging, processing techniques like extrusion, molding, and injection molding are
applied on these.
Challenges and Anti-Aging Needs:
WPC’s main problem is decoloration, particularly when they are revealed to sunlight,
humidity, and changes in temperature. WPC products may lose their basic color and
structural integrity with the passage of time if they are not appropriately stabilized.Anti-Aging Requirements:
- To preserve appearance, reduced fading.
- Prevent UV radiation from degrading surfaces.
- Ipmrove mechanical strength with time.
Recommended EcoChem Additives for WPCs:
- LS-622, LS-196, and UV-531 UV stabilizers
- Addition Rate:
Need different doses depending on the setting of the application.
Artificial Grass Application
A synthetic substitute for natural turf, artificial grass is introduced by combining chemical
stabilizers with processed artificial fibers. Because of its uniform appearance, minimal
maintenance costs, and year-round usability, it is often utilized in sports fields,
landscaping, and leisure areas.
Challenges and Anti-Aging Requirements:
Materials based on polyethylene (PE), which is extremely vulnerable to UV deterioration,
are frequently used to make artificial grass. The fiber’s lifespan is shortened by
brittleness, color fading, and decreased suppleness brought on by exposure to harsh
outside conditions.
Anti-Aging Requirements:
- Preserve mechanical integrity and color stability.
- Ensure UV resistance for up to 3,000 hours in accelerated UV-340 aging tests
- Increase outdoor usability to 5–8 years.
Recommended EcoChem Additives for Artificial Grass:
Light Stabilizers: LS-944, LS-119, LS-622
UV Absorbers: UV-531 Antioxidants: AO-B215, AO-B225
Addition Rates:
Light stabilizers: 4–10‰ (depends on region and usage conditions).
Antioxidants: 1–2‰.
Imitation Rattan Application
A common substitute for real rattan in garden buildings, ornamental objects, and outdoor
furniture is imitation rattan, which is made of plastic. Usually composed of PVC or PE, it
offers flexibility and durability but is also susceptible to mechanical wear and weathering
over time.
Challenges and Anti-Aging Requirements:
Since imitation rattan products are exposed to sunlight, humidity, and temperature
fluctuations, they can experience discoloration, cracking, and reduced flexibility.
Anti-Aging Requirements:
- Prevent UV-induced yellowing and color fading.
- Enhance resistance to cracking and embrittlement.
- Maintain mechanical strength over time.
Recommended EcoChem Additives for Imitation Rattan:
Light Stabilizers: LS-944, LS-622, LS-770
Anti-Aging Masterbatch: L-511
Plastic Runway Application
Plastic runways are commonly used in sports tracks, playgrounds, and stadiums. These
surfaces are composed of polyurethane pre-polymers, mixed polyether, EPDM rubber
granules, waste tire rubber, pigments, and anti-aging additives.
Challenges and Anti-Aging Requirements:
Due to their continuous exposure to UV radiation, mechanical wear, and weather
changes, plastic runways may experience color fading, hardening, and reduced elasticity.
Anti-Aging Requirements:
Maintain elasticity and flexibility for enhanced sports performance.
Provide UV protection to preserve color and structural integrity.
Improve abrasion resistance to extend surface lifespan.
Recommended EcoChem Additives for Plastic Runways:
UV Absorbers: UV-531, UV-326
Light Stabilizers: LS-770
Rotational Molding Plastic Application
One thermoplastic molding technique for producing hollow plastic parts is rotational
molding, sometimes referred to as rotomolding. A revolving mold is filled with plastic
resin, which is heated to promote uniform dispersion and adherence to the inside surface
of the mold.
Rotomolded goods are frequently found in industrial containers, playground equipment,
nautical buoys, and outdoor storage tanks—all of which are subjected to extreme weather
conditions.
Challenges and Anti-Aging Requirements:
Because they are exposed to the elements, rotomolded plastics are vulnerable to
oxidation, mechanical stress, and UV deterioration, which can cause color changes,
cracking, and a loss of structural integrity.
Anti-Aging Requirements:
- Reduce deterioration and guarantee consistency in color.
- Stop surface cracking brought on by extended UV exposure.
- Improve long-term mechanical characteristics.
Recommended EcoChem Additives for Rotational Molding
UV Absorbers: UV-531, UV-326, UV-327
Applications in Sports Landscapes
- Artificial Turf: Artificial turf systems rely on various plastic additives to achieve
optimal performance. Stabilizers prevent UV-induced degradation, plasticizers
provide cushioning, and pigments ensure color consistency. Additionally, infill
materials often incorporate antimicrobial additives to control bacterial growth.
- Running Tracks: Synthetic running tracks are composed of rubberized
compounds with plastic additives that enhance durability, flexibility, and slip
resistance. Colorants are used to demarcate lanes, while flame retardants
contribute to fire safety.
- Playgrounds: Playgrounds utilize soft, impact-resistant surfaces that incorporate
plasticizers and stabilizers for cushioning and weather resistance. Antimicrobial
additives are also applied to prevent bacterial growth, ensuring the safety of
children.
- Sports Courts: Basketball, tennis, and volleyball courts employ plasticized
surfaces to offer better grip and shock absorption. Colorants define court boundaries, while UV stabilizers and flame retardants enhance overall surface
performance.
Conclusion
Leading the way in plastic additives worldwide, EcoChem offers state-of-the-art solutions
for aging resistance and polymer stabilization. EcoChem, which is well-established in
Jiangsu Province, China, specializes in UV stabilizers, antioxidants, and light stabilizers
designed for a range of plastic applications, guaranteeing exceptional performance and
durability in a variety of sectors. Manufacturers can increase weather ability, long-term
structural integrity, and resistance to environmental stress by implementing EcoChem’s
cutting-edge anti-aging chemicals.
Why to Choose ECHOCHEM?
ECOCHEM is a global leader in plastic additives that is shaping the future of polymer
stabilization with cutting-edge solutions. The company’s expertise in advanced UV
stabilizers and anti-aging chemicals resonates the passion for enhancing product
durability and environmental resistance across diverse industries.
