Yes, a piano hinge can be cut to a custom length. In fact, piano hinges are often supplied in long, continuous sections specifically so they can be trimmed to fit doors, lids, panels, or enclosures of different sizes.
Cabinet doors are used frequently and are subject to constant movement, temperature changes, and material expansion. Over time, doors may become misaligned, causing uneven gaps, rubbing, sagging, or difficulty closing. In most cases, these issues are not caused by faulty cabinets but by hinges that need proper adjustment.
T hinges are widely used on gates, shed doors, barn doors, cabinets, and utility enclosures. Their distinctive T-shaped design provides added strength and load distribution, especially for wider or heavier doors. Measuring a T hinge correctly is essential to ensure proper fit, balanced weight support, smooth operation, and long service life.
Gate hinges play a critical role in the stability, alignment, and long-term performance of metal and wooden gates. Incorrect hinge sizing can lead to sagging, uneven movement, excessive wear, or premature failure. Proper measurement ensures that the hinge can support the gate’s weight, match the gate structure, and operate smoothly over time.
A bifold hinge is a specialized hinge used to connect two panels that fold together as a single unit. It is commonly applied in bifold doors, folding cabinets, partitions, and compact access systems where space efficiency and smooth movement are required.
Fire doors are a critical part of passive fire protection systems in buildings. Their purpose is to slow the spread of fire and smoke, protecting escape routes and buying time for evacuation. While much attention is given to fire-rated door leaves and frames, hinges are equally essential components.
As international construction, refurbishment, and door-hardware markets continue to grow, a seemingly simple question has become one of the most searched and debated topics among contractors, architects, hardware distributors, and facility managers: Which way do lever handles go?
In recent years, lever door handles have become increasingly common in commercial buildings around the world. The shift is not only driven by design preference, but also by regulatory requirements, accessibility standards, ergonomic advantages, and safety considerations.
Understanding lever rotation is essential for architects, contractors, hardware distributors, and OEM buyers because it affects usability, accessibility compliance, installation standards, and long-term performance of the door system.
As lever door handles continue to dominate commercial buildings, residential projects, hospitality upgrades, and industrial facilities, one detail frequently raises questions among installers, facility managers, hardware buyers, and renovation contractors: the small hole under the lever handle.
As global building codes evolve toward accessibility, safety and universal design, lever door handles are becoming increasingly common in commercial spaces. Many countries now require commercial buildings, offices, hospitality venues and public facilities to install lever handles instead of round knobs, primarily to support accessibility and ease of use.