The EzyJamb® Inswing Door Frame (ISD) is a modern solution for achieving flush, inward-opening doors, making it ideal for hallways, corridors, and other tight spaces. Unlike conventional door jambs, the patented EzyJamb ISD enables doors to open into the room while remaining flush with the wall surface, creating a clean, seamless integration and a sleek, contemporary finish.
Key Features of the EzyJamb® Inswing (ISD) Door Frame
Flush Finish: The EzyJamb ISD delivers a smooth, seamless appearance by allowing the door to sit perfectly flush with the wall surface. By removing the need for visible door frames, it creates a clean, minimalist look that enhances modern interior designs.
Inward-Swinging Design: Ideal for hallways, corridors, and other confined areas, the inward-opening function prevents doors from projecting into passageways. This maximises usable space and improves overall traffic flow.
Customisable Options: The EzyJamb ISD can be tailored to suit specific wall thicknesses and is available in a range of heights and widths. This flexibility ensures a precise fit and reliable performance for various door applications.
Simple Installation: Designed to wrap neatly around plasterboard during the framing stage, the EzyJamb ISD allows for an integrated and efficient installation process. This reduces installation time and labour costs, making it suitable for both new builds and renovations.
Durable Construction: Proudly manufactured in Australia from high-quality BlueScope steel, the EzyJamb ISD offers long-lasting strength and durability, even in high-traffic environments.
Paint-Ready Surface: Supplied with a pre-prepared surface, the EzyJamb ISD is ready for immediate painting. This allows the frame to blend seamlessly with surrounding walls for a cohesive, polished finish.

Once installed, the EzyJamb ISD achieves a flush finish and can be painted to match the surrounding walls, completely concealing all fixings. It is available with a range of hinge options, including Concealed Hinges and Mortice Hinges, offering flexibility to suit different design preferences and functional requirements.