The Oren 4′ x 6′ Shiplap Pent Mini Summer Property offers a delightful escape that you have been searching for. Its compact and functional design is ideal for smaller gardens, providing a cozy space for relaxation in the cool shade. The superior full pane doors and windows also make this structure suitable for use as a small greenhouse or as a more unique, classic garden storage unit. The property is fully adaptable, allowing you to place the doors and windows on either side. All Oren Mini Summer Properties are constructed from 12mm thick shiplap tongue and groove timber, including the floor and roof, to ensure enhanced durability and strength. The sturdy framing of this property is elegantly rounded at each corner, giving it a visually appealing finish. Equipped with toughened safety glass as standard and Premium High Performance Felt with a special polyester backing, this Mini Summer Property is designed to withstand the test of time without easily rippling or tearing. Tongue and groove construction is present throughout, providing added resilience and robustness to the structure.
Shiplap construction features a small profile at the top of each board, allowing water to run off quickly, promoting faster drying and preventing water damage. Toughened safety glass enhances structural durability and thermal strength, making it 500% more resistant to heat and shock than ordinary glass. The internally beaded glass eliminates the need for manual glass fitting, while PVC sills on the window units prevent water penetration and offer a polished appearance. Window dimensions: Height = 162cm, Width = 45.7cm.
Each Oren Mini Summer Property is equipped with galvanised ironmongery, including hinges, turn buttons, and door pulls, to extend its lifespan and reduce rusting. The galvanising process involves a protective zinc coating to safeguard against corrosion and damage. The Premium High Performance Felt ensures long-lasting waterproofing with its special ‘polyester’ backing, treated with bitumen (asphalt) for water repellency while allowing the structure to breathe.
