Ready Made Shade Tarp 47% Shade 10'x18'

**Product Specifications:** - **Shade Level:** 47% - **Size:** 10' x 18' (180 sq ft) - **Material:** Woven polypropylene - **Reinforcement:** Double stitched reinforced edges - **Grommets:** No. 2 grommets installed on all sides every 2 ft - **Shipping:** UPS shippable - **Alternate Size Option:** 12' x 20' (240 sq ft) - **Alternate Shade Level:** 92% - **Material Composition:** 100% UV stabilized polypropylene - **Durability:** Lightweight yet durable construction - **Ease of Installation:** Simple and quick to install for uniform shade coverage - **Longevity:** Designed for long-lasting performance - **Seam Strength:** Double sewn edges and seams for reinforced durability - **Installation:** Brass grommets included for easy setup - **Purpose:** Create optimal shade conditions for greenhouses - **UV Protection:** UV stabilized material for protection against sunlight - **Suitability:** Ideal for promoting healthy plant growth in greenhouse environments

A.M. Leonard warrants the product to be free of manufacturing defects for 1 year. This product has a 5-7 year life expectency.

What are the key features of the Ready Made Shade Tarp?
The Ready Made Shade Tarp is made of 47% shade fabric with double stitched reinforced edges and No. 2 grommets installed on all sides every 2 ft. It measures 10' x 18', providing 180 sq ft of coverage.

What are the advantages of using shade cloths in landscaping?
Shade cloths offer an economical and easy-to-install solution for providing shade in landscaping. They create a shield against direct sunlight, ensuring optimal conditions for plant materials.

How durable and convenient are shade cloths for landscaping?
Constructed from 100% UV stabilized polypropylene, shade cloths are lightweight yet durable, offering long-lasting performance. They are easy to install and provide uniform shade coverage across the entire greenhouse.

How do shade cloths help in promoting healthy plant growth in greenhouses?
Shade cloths create the ideal shade conditions for greenhouses by reducing the intensity of sunlight exposure. This promotes healthy growth of plants by ensuring they are not subjected to direct sunlight.