A strong start to 2024! | 3H Architectural Hardware won the 10th Polaris Architecture Award!

A strong start to 2024! | 3H Architectural Hardware won the 10th Polaris Architecture Award!

Day and day are flying by, and a new journey has begun!

3H Architectural Hardware has a strong start to 2024 and is happy to get off to a good start!

On January 25, the Polaris Award, the industry's most anticipated annual award, was the first to announce the selection results. After multiple rounds of rigorous screening, as well as professional and meticulous reviews by authoritative representatives from various fields in the construction industry, 3H's architectural hardware products stood out among the best products and won the "2023-2024 The 10th Polaris Architecture Award"!

The Polaris Award focuses on releasing cutting-edge new products, new materials, and new technologies in the entire construction field.

As users pursue higher and higher space openness and quality of life, oversized and overweight opening sashes are increasingly used in architectural design. This puts forward higher requirements for load-bearing hardware. How to develop a set of scientific and reasonable load-bearing hardware solutions to solve pain points such as load-bearing, difficulty in opening caused by falling corners, and falling window sash has become an urgent problem in the industry.

3H Architectural Hardware R&D team took a new approach and carefully studied to find a new load-bearing hardware solution that can not only meet the load-bearing requirements, but also ensure cost-effectiveness and durability - adding an auxiliary load on the side of the window sash shaft to improve the entire window system load bearing and durability.

The lifting support auxiliary can be applied to oversized and overweight opening fans, inward-opening and outward-opening windows, inward-opening inverted windows, and outer top-hung windows. The window sash will also fall due to its own weight during use. The installation position of this technical solution will not only increase the load in the vertical direction, but also provide a certain pulling force in the lateral direction to prevent the window sash from falling.

In addition, by increasing the auxiliary load in the form of lifting, the bearing pressure of the hinge is greatly reduced, especially when the hinge is repeatedly opened and closed, the friction between the rods and washers is reduced, and the service life (durability) is increased.

Every product transformation embodies our meticulous insight into user needs and full-hearted satisfaction.