AGRICULTURAL REFLECTIVE MYLAR FILM_Supply_Tradsark New Materials (Weifang) Co., Ltd.

Home Companies Product TradeLeads

Tradsark New Materials (Weifang) Co., Ltd.

Tradsark excels in the packaging industry, mainly supplyi...

Product Category
  • No classification
Home » Supply » AGRICULTURAL REFLECTIVE MYLAR FILM
AGRICULTURAL REFLECTIVE MYLAR FILM
Click the picture to view the original image
Product: AGRICULTURAL REFLECTIVE MYLAR FILM 
Brand: TRADSARK
Valid Date: Long term effective
Last update: 2026-02-09 15:46
  Inquiry price
Detailed information

AGRICULTURAL REFLECTIVE MYLAR FILM – High-Performance Plant Growth & Light Management Solution

Agricultural Reflective Mylar Film is a premium light-reflective film designed specifically for horticulture, greenhouse cultivation, and indoor vertical farming. Manufactured by Tradsark New Materials (Weifang) Co., Ltd., this film is engineered to optimize light distribution, improve plant growth, and enhance crop yield while maintaining durability and cost-efficiency.

Using a metallized polyester (Mylar) substrate, the film reflects over 90% of available light, ensuring uniform illumination in growing areas. Its lightweight, tear-resistant, and waterproof construction makes it ideal for greenhouse lining, hydroonic systems, indoor grow tents, and vertical farms.


Key Features of Agricultural Reflective Mylar Film

1. High Light Reflectivity

  • Reflects up to 95–98% of light

  • Distributes light evenly across the canopy

  • Maximizes photosynthetic efficiency for faster plant growth

2. Superior Durability

  • Tear-resistant and puncture-resistant

  • Long-lasting under high humidity and temperature conditions

  • Resistant to mold and corrosion

3. Moisture & UV Protection

  • Acts as a vapor barrier

  • Reduces condensation on greenhouse walls

  • Protects crops from UV degradation and excessive heat

4. Easy Installation & Maintenance

  • Lightweight rolls for easy handling

  • Can be cut to fit greenhouse walls, floors, or grow tents

  • Maintains shape and reflectivity even under repeated installation

5. Eco-Friendly & Non-Toxic

  • Safe for all plants and soil types

  • VOC-free and environmentally stable

  • Compatible with sustainable agricultural practices


Technical Specifications

Specification Range / Details
Material metallized Polyester (Mylar)
Thickness 12–50 micron
Reflectivity 90–98%
Width 0.5–2.0 meters
Length Customizable rolls up to 100 meters
Tensile Strength High – prevents tearing during installation
UV Resistance Excellent
Moisture Barrier High

Tradsark offers custom thickness, width, reflectivity, and pre-slit rolls to meet specific agricultural requirements.


Applications of Agricultural Reflective Mylar Film

1. Greenhouse & Indoor Farming

  • Maximizes light utilization for hydroponic crops

  • Improves growth uniformity and crop quality

  • Reduces energy consumption by improving lighting efficiency

2. Vertical Farming

  • Reflective walls and floors

  • Optimizes LED and fluorescent light distribution

  • Enhances photosynthesis and plant yield

3. Horticultural & Garden Uses

  • Seedling trays and propagation rooms

  • Greenhouse lining for high-value vegetables and flowers

  • Hydroponic and aquaponic systems

4. Agricultural Research & Controlled Environments

  • Growth chambers and laboratory research

  • Light management for plant physiology studies

  • Crop simulation and yield optimization projects


Why Choose Tradsark Agricultural Reflective Mylar Film?

  • Manufactured using advanced metallization technology ensuring high reflectivity and uniform coating

  • Durable and lightweight for long-term use in agricultural environments

  • Customizable sizes, thicknesses, and reflectivity to meet diverse crop and farm requirements

  • Global export capability with high-quality standards

  • Trusted supplier for greenhouse manufacturers, indoor farm operators, hydroponic solution providers, and research institutions

Tradsark provides reliable, cost-effective, and professional solutions for maximizing crop production and energy efficiency in modern agriculture.

Inquiry sheet