A method for manufacturing foldable window screens

To provide support for the gauze in the vertical direction and tension in the horizontal direction, it is necessary to equip the gauze with a tensioning device. Typically, this tensioning device is placed horizontally across the gauze, connected at one end to a tensioning mechanism via a rope. The folding window screen allows the screen to be folded away when not in use, without affecting its appearance and eliminating the need for complicated disassembly and reassembly.

30 Aug,2021

Method for Manufacturing Self-Adjusting, Lift-and-Fold Window Screens

The folding screen window not only provides shade but also blocks mosquitoes, flies, and dust. It comes equipped with both a mesh screen and curtains, allowing users to freely adjust the degree of opening and closing of the folding screen window for convenient operation. This invention comprises a curtain body, pull cords, and a cord-locking mechanism. Its distinctive feature is that the housing is fitted with a rotary shaft return device designed to hold the curtain body in place. The rotary shaft return device can be securely fixed to the baseplate via a support frame. A frame with a curtain-pressing groove is connected to the baseplate. The rotary shaft return device consists of a rotating shaft fixed at both ends to the support frame used for winding the curtain body, a guide shaft that directs the movement of the curtain body, and flexible return springs installed at both ends of the rotating shaft. The rotary shaft return device can be adjusted according to the desired configuration of the folding screen window.

25 Aug,2021

What is printed fiberglass window screen?

Invisible window screens, also known as printed fiberglass window screens, are not truly “invisible” in the literal sense. However, the mesh yarn used is finer than that of traditional window screens, allowing for higher light transmission compared to conventional screens. Once installed, they create an almost imperceptible effect, giving the impression that there’s nothing there at all. To achieve this special effect, the materials used in manufacturing invisible screens feature high transparency and exceptional tensile strength.

23 Aug,2021

A Brief Discussion on the Technology of Printed Fiberglass Window Screens

Printed fiberglass window screen is produced using a single-strand fiberglass coating process, involving cross-weaving, heating, and shaping. The surface can be decorated with patterns such as blue skies with white clouds, mountains, water, flowers, birds, the character for “fortune,” cartoons, and more. Customization is available to match the specific flower designs requested by customers.

19 Aug,2021

The 39th Annual Meeting of the National Fiberglass Specialized Intelligence Network and the Meeting of the Fiberglass Branch of the Chinese Society of Silicates were held.

On May 29, 2018, the 39th Annual Meeting of the National Fiberglass Specialized Intelligence Network and the Meeting of the Fiberglass Branch of the Chinese Society of Silicates were successfully held in Chongqing. More than 380 representatives from both upstream and downstream sectors of the fiberglass and composite materials industry gathered together to commemorate the 60th anniversary of the birth of China’s fiberglass industry and to celebrate “May 30 National Science and Technology Workers’ Day.” Focusing on the conference theme of “Innovation, Collaboration, Green Development, and Transformation,” the participants discussed key issues such as fiberglass production and manufacturing, green environmental protection, and application development, aiming to enhance technological exchanges and promote the healthy and orderly development of the fiberglass industry.

29 Jan,2019

CPIC and OC establish a strategic partnership to invest in and build an 110,000-ton-per-year high-modulus fiberglass production line.

On April 3, 2018, CPIC signed a Memorandum of Intent for Cooperation with Owens Corning Composite Materials (China) Co., Ltd., and on June 26, they formally signed a cooperation agreement for the high-modulus fiberglass project. In this strong partnership, the two parties plan to jointly invest in and build, in the first phase, an 110,000-ton-per-year high-modulus fiberglass pool kiln production line in Chongqing.

29 Jan,2019

China National Materials Technology Corporation plans to launch a project to build a 120,000-ton-per-year alkali-free fiberglass pool kiln drawing production line.

On February 12, China National Materials Group Technology Co., Ltd. issued an announcement stating its intention to launch a project to build a pool-furnace drawing line for alkali-free glass fiber with an annual production capacity of 120,000 tons. According to the announcement, the total investment for this project—featuring a pool-furnace drawing line for producing 120,000 tons of alkali-free glass fiber annually—amounts to 11,829.4 million yuan.

29 Jan,2019