2Pcs/ 6Pcs Silver Highly Reflective Mylar Films 210x130cm for Grow Tent Room Garden Greenhouse Farming Increase Plant Growth

A HELPING HAND FOR PLANTS

Light is an ant factor when it comes to achieving a healthy indoor garden. Our mylar film is metallized on both sides. It can reflect back 95% of light and reduces "hot spots" by spreading your light evenly, so that all plants have an opportunity to grow to its fullest potential. It also can protect and shield your eyes from the megawatts grow lights.

Size: The silver reflective mylar film foil measures 210x130cm/ 82.7 x 51.2inch. It can be simply cut into different size to meet your need

EASY TO USE WITH GROW LIGHTS FOR INDOOR GARDENS

Our mylar sheets are PET coated to resist corrosion and are made of high quality VMPET material. It has a 100% efficiency rate when used in your indoor garden. Use it with duct tape or 3M adhesive spray to adhere the mylar film to the wall, a flat surface, shelves, racks, and more. The mylar sheets keep all of the light inside with the garden area by creating a 2 sided mirror which allows you to view and monitor your plant growth proce.

TREAT YOURS TO A THRIVING GARDEN- Our mylar films are the best friend for your succulents, herbs, perennials, weeds, annuals, edible garden goods, and more. Watch them thrive in your indoor garden.

DURABLE, GREAT VALUE, & SAFE FOR ENVIRONMENT

Our mylar sheets are highly durable, tear-resistant, and puncture-resistant. It’s slightly sheer so you can just rep the sheets when they get too worn. This is the BEST VALUE in the market, we ship out new repments for you if there's a problem, no questions asked. It has proven its durability for many customers for many years.

MULTI PURPOSE, USE FOR SURVIVAL TOOLS & COOLING

This is also used as an blanket to keep your body warm during situations, marathon running, camping, and other outdoors survival sports. It can reduce the heat from the sun by simply hanging them in front of the window, a great way to save power on AC cooling. Tested reports, temperature reduced from 112F to 92F under direct sunlight exposure.