Bulk and project pricing is generally available for larger quantities, carton quantities, repeat trade customers, builders, cabinetmakers and project orders.
To help our team respond accurately, please include the product name, quantity required, delivery suburb or postcode, and whether the order is for pickup or delivery.
For single-item purchases or small quantities, the website price is usually the best available price.
For larger quantities, project orders or repeat trade customers.
Delivery & Collection Note
Lead time for orders is 2–4 business days, with an additional 3–5 business days for delivery.
Product Support
Need help checking compatibility or ordering in trade quantities? Contact Imperial before ordering.
Returns & Exchanges
Returns are handled according to the product condition, order type and Imperial return policy.
Blum Hinge Systems – Innovation for Seamless Functionality by Wilson and Bradley
Blum's hinges embody a combination of creative engineering and functional design. Our systems are built to provide reliable performance, ease of adjustment, and a sleek, attractive look. Featuring 3-dimensional adjustability, these hinges allow precise alignment for perfect door positioning.
Engineered to endure 200,000 opening and closing cycles, Blum hinges are versatile enough to suit various materials, including wood, glass, and aluminum-framed doors, as well as both thin and thick door designs. We also offer customized solutions for specialized applications like blind corners or angled door configurations.
Blum’s INSERTA and CLIP attachment systems make assembly quick and easy. The hinges snap into place with minimal effort, and Blum’s full range of boring and insertion tools, as well as assembly aids and templates, ensure a fast and accurate installation process.
With Blum’s proven CLIP mechanism, the door-to-cabinet assembly becomes tool-free, reducing the time and effort required. Each Blum-equipped door opens and closes smoothly and consistently.
Key Features:
Tested for over 200,000 cycles for enduring reliability
