Green Weed Control Fabric Frost Protection Fabric Wholesale - Rayson Nonwoven
Product Overview
Certainly! Here is a summarized description of the product "Green Weed Control Fabric Frost Protection Fabric Wholesale - Rayson Nonwoven" covering the requested points:
Product Features
**Product Overview**
Product Value
Rayson Nonwoven offers a high-quality green weed control fabric made from 17-gram ultra-fine polypropylene spunbond nonwoven material. The fabric is lightweight, breathable, durable, and designed to protect plants by preventing weed growth, shielding from frost, and filtering ultraviolet rays while maintaining adequate light transmission (around 80%).
Product Advantages
**Product Features**
Application Scenarios
- Made from durable, soft, and breathable PP spunbond nonwoven fabric
- Moderate thickness suitable for long service life and reusable use
- Provides UV protection and frost prevention for plants
- High light transmission to support healthy plant growth
- Manufactured under strict quality management standards
**Product Value**
This fabric enhances crop yield and plant health by effectively controlling weeds and protecting plants from frost damage while allowing sufficient light and airflow. Its durability and reusability ensure long-term agricultural benefits and cost-effectiveness, supporting sustainable farming practices.
**Product Advantages**
- Produced by Rayson, a reliable factory with standardized processes ensuring consistent product quality
- Free sample provision and technical support for customer needs
- Customizable production with low MOQ on certain colors
- Comprehensive after-sales services, including testing and logistics support
- Competitive pricing without compromising quality
**Application Scenarios**
Ideal for agricultural and horticultural use, the fabric is widely applicable in:
- Crop rows and garden beds for weed suppression
- Frost protection covers for sensitive plants during cold seasons
- Greenhouses or outdoor plantations needing UV protection
- Nurseries and plant propagation environments to maintain favorable microclimates
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