Junior Victorian Greenhouse Kit 7.9 x 12.6 ft. with 4mm Tempered Glass Panels and Aluminum Frame

Junior Victorian Greenhouse Kit 7.9 x 12.6 ft. with 4mm Tempered Glass Panels and Aluminum FrameKey Details Jr. Victorian 7. 9 x 12. 6 Greenhouse Dimensions: 7'9" W x 12' 6" L x 8' 2" Sidewall Height: 5' Square Footage: 96 Frame: Aluminum Profiles Color: Black Covering: 4mm Tempered Glass Door(s): (1) Sliding Door Roof Vents: 2 (w Automatic Openers) End Vents: 0 Side Vents: 0 Base: 4" High Foundation Frame Foundation Options: Stakes; Treated 4x4's; Concrete Piers or Slab More foundation information Warranty: Frame 15 years Manual: Included

Imported from Belgium, the luxurious Junior Victorian Greenhouse not only provides a first-class quality greenhouse environment, it also adds significant old fashion English style and beauty to your backyard. This is a classic English greenhouse designed with a long life and carefree usage in mind. The shorter 5' tall sidewall makes this Junior model less expensive and easier to heat while still featuring extra thick aluminum profiles and 4mm tempered glass for superb durability. Whether you are growing vegetables or flowers or need a frost free overwintering spot for your valuable cacti or orange trees, this beautifully designed glass greenhouse offers a solution that perfectly meets your needs.

Constructed with thick black aluminum profiles and 4mm tempered glass, this greenhouse offers exceptional durability. It features an integrated base, stainless steel bolts and nuts for added strength, and draft strips on the door to enhance insulation. Rubber seals on the windows provide additional protection against the elements, while a 40mm cross-section drain efficiently manages water runoff. The design includes gutters with downspouts and internal condensation gutters within the gutter profile to prevent excess moisture buildup. For accessibility and ventilation, the greenhouse is equipped with a sliding door, two automatic roof vents, and 5-foot sidewalls, ensuring a well-ventilated and functional growing space.