High-efficiency heat retention masterbatch provides optimized thermal insulation, superior energy efficiency, and enhanced material compatibility. Designed for polymer films and packaging applications, it ensures improved heat conservation, extended durability, and high adaptability.
Product Overview
High-Efficiency Heat Retention Masterbatch is a functional additive designed specifically to enhance the thermal insulation properties of materials. It offers significant heat retention, effectively controlling heat loss. This masterbatch is widely used in agricultural films, ground films, and aquaculture membranes. While providing superior heat retention, it maintains the transparency of the films and does not negatively affect the physical properties of the material.
Key Features
- Efficient Heat Retention: Provides 1-2 times the heat retention ability compared to similar imported products under the same conditions, significantly enhancing the material's thermal insulation performance.
- No Impact on Film Performance: At an addition rate of 10%, it does not affect the film's elongation at break or tear strength, preserving the mechanical properties of the material.
- Good Dispersibility: Well compatible with other resins, ensuring easy dispersion and a uniform heat retention effect.
Applications
- PE and PO Greenhouse Films: Effectively enhances the heat retention of films, improving the temperature within greenhouses and creating a better environment for crop growth.
- Ground Films: Used in agricultural ground films to reduce heat loss, increase soil temperature, and promote crop growth.
- Aquaculture Films: Enhances the heat retention of films, raising the water temperature and creating a better environment for aquaculture, supporting the healthy development of aquatic life.
Technical Parameter | Description |
Appearance | Light yellow pellets |
Particle Size (particles/10g) | 200±50 |
Melt Flow Index (190℃, 5kg), g/10min | 4~10 |
Volatile Matter at 105℃ (%) | 0.5 |
Density (g/cm²) | 1.4-1.5 |
Active Ingredient Content (%) | ≥45 |