NSI Pressure Formed Container Trade True 3

• Trade size True 3
• 10.5″ wide x 9.375″
• 3 Gallons
• 71 per bundle

One-year manufacturer’s quality guarantee

Strong, thin walls are developed with amplified column strength, thanks to corrugation ridges. An environmentally friendly process, pressure forming distributes material more efficiently as well – thicker in critical areas such as the rims and bottom edges. Top-banding and rolled edges increase top rigidity. Raised drainage promotes a healthy root system for strong, vigorous plants. Visually appealing, with smooth sides that are easy to label. Many colors and even metallic sheens are available, prices listed are for black only. Please call for a custom quote on other colors or bulk quantities.

What makes NSI Pressure Formed Container Trade True 3 unique?
NSI Pressure Formed Container Trade True 3 is a new generation of nursery containers designed to revolutionize plant growth. It is tougher than blow molded containers with rigid rim qualities similar to injection molded containers. It offers quality and economy that is unmatched in the industry.

What are the features of NSI Pressure Formed Container Trade True 3?
NSI Pressure Formed Container Trade True 3 has strong, thin walls developed with amplified column strength, thanks to corrugation ridges. It also has thicker rims and bottom edges for added strength, raised drainage to promote a healthy root system and smooth sides that are easy to label. Many colors and even metallic sheens are available.

What is the trade size of NSI Pressure Formed Container Trade True 3 and how many come in a bundle?
The trade size of NSI Pressure Formed Container Trade True 3 is 10.5″ wide x 9.375″ and it has a capacity of 3 gallons. There are 71 containers per bundle.

Is NSI Pressure Formed Container Trade True 3 environmentally friendly?
Yes, NSI Pressure Formed Container Trade True 3 is environmentally friendly. Pressure forming distributes material more efficiently, and it distributes thicker material to critical areas such as the rims and bottom edges. This process saves material and energy, making it more eco-friendly.