Understand the characteristics and application scenarios of modified plastic particles specific to various fields

Modified plastic particles are customized materials after formula adjustment and functional modification. Their core value lies in "on-demand performance adaptation" - precisely enhancing corresponding characteristics in response to the pain points of different industry scenarios.

I. Home appliance field: Safety, appearance level and durability are all taken into account

Typical application scenarios: Home appliance shells (refrigerators/washing machines/air conditioners), inner drums (washing machines), buttons/brackets and other accessories

Core features

Halogen-free flame retardancy: Meets UL94-V0 flame retardant standards, does not spread when exposed to open flames, emits low smoke, and avoids the risk of short circuits and fires in household appliances.

2. High gloss and anti-aging: No secondary painting is required. After molding, it has a mirror-like texture. Meanwhile, UV resistance modification can prevent yellowing after long-term use.

3. Low VOC and low odor: Through optimized deodorization process, the odor grade is ≤3, meeting the environmental protection requirements for home appliance interiors.

4. Anti-aging and anti-corrosion: Resistant to moisture, acid and alkali environments, extending the service life of household appliances.

Ii. Automotive Field: Multi-dimensional upgrades in lightweighting, environmental protection, and safety

Typical application scenarios: Interior parts (instrument panel/door panel), structural parts (spare tire cover plate/frame), functional parts (bumper/battery pack components)

Core features

1. Lightweighting: Long glass fiber reinforced PP particles help cars reduce weight, lower fuel consumption and increase range;

2. Low VOC and low odor: Meets the environmental protection standards for automotive interiors and avoids unpleasant odors inside the vehicle.

3. High flame retardancy: Special flame-retardant PP/PC particles for battery packs, reaching V-0 level flame retardancy, resistant to high temperatures and short circuit risks of batteries;

4. Impact resistance: Toughened and modified PP maintains high toughness at low temperatures, making it suitable for impact-resistant components such as bumpers.

Iii. New Energy Field: Dual guarantees of outdoor weather resistance and safety protection

Typical application scenarios: charging pile shells, photovoltaic backsheet, structural components of energy storage equipment

Core features

1. Weather resistance and UV resistance: It does not age or deform even after long-term outdoor exposure.

2. High flame retardancy and heat resistance: It can withstand the high temperature during the operation of energy storage equipment (RTI up to 120℃), and the flame retardancy grade reaches V-0, avoiding the risk of short circuits in power equipment.

3. Excellent insulation: Insulation strength ≥20kV/mm, suitable for the insulation requirements of charging piles and photovoltaic junction boxes;

4. Low-carbon and recyclable: Some particles are made from GRS-certified recycled materials, contributing to the "dual carbon" goals of the new energy industry.

Iv. Wire and Cable Field: The fundamental guarantee for flame retardancy, insulation and durability

Typical application scenarios: building wiring sheaths, industrial cable insulation layers, new energy cable accessories

Core features

Halogen-free flame retardancy: No toxic hydrogen halide gas is released during combustion, meeting the safety regulations for buildings and public areas.

2. High insulation strength: Volume resistivity ≥10¹⁴Ω•cm, resistant to high-voltage environments, avoiding the risk of leakage;

3. Aging resistance and corrosion resistance: Resistant to high and low temperatures (-40℃ to 120℃), acidic and alkaline environments, suitable for outdoor and complex industrial scenarios.

4. High toughness: Tensile strength ≥20MPa, preventing bending and damage during cable laying.

V. Lighting Field: A visual and practical balance of light transmission, weather resistance and safety

Typical application scenarios: LED lampshades, lighting fixture shells, and bracket components

Core features

1. High light transmittance: Modified PC particles have a light transmittance of over 88%, approaching that of glass and being lighter in weight.

2. UV resistance and anti-yellowing: It does not turn yellow after long-term exposure to light (more than 5,000 hours), maintaining the light transmission of the lampshade.

3. Flame retardancy: It can withstand the long-term heat dissipation of LED lamps (RTI up to 100℃), and at the same time achieve V-0 flame retardancy, preventing the lampshade from overheating and catching fire.

4. Easy processability: Good fluidity, can be injection molded into complex lighting fixture shapes.

Vi. Industrial equipment Field: Durable, corrosion-resistant, and high-load hardcore support

Typical application scenarios: equipment casings, structural supports, wear-resistant components

Core features

1. High rigidity and high strength: Reinforced and modified with glass fiber/carbon fiber, tensile strength ≥80MPa, replacing metal structural components;

2. Corrosion resistance: Resistant to industrial environments such as acids, alkalis, and oil stains, preventing corrosion and failure of equipment components;

3. High-temperature resistance/Impact resistance: It can withstand high temperatures during equipment operation (above 150℃), while maintaining toughness at low temperatures, making it suitable for complex industrial working conditions.

4. Stability: Low shrinkage rate (≤0.5%), preventing deformation of equipment components due to thermal expansion and contraction.

The core logic of modified plastic particles is to solve the exclusive pain points in various fields through "performance customization" - from the "appearance-level safety" of household appliances to the "hardcore durability" of industrial equipment. The precise matching of their characteristics with scenarios is precisely the key for them to become the core choice for material upgrades in various industries.