Tri-directional scrims can be found in many industries. For example, the seats in car and plane, wind energy electricity factories, packaging and tapes, wall and flooring, even in the pingpong table tennis or boats. Ruifiber’s tri-directional scrims are showing significant performance in reinforcement, bonding, stability, keeping the shape, having the special requirement field.
Laid Scrims Characteristics
1.Dimensional stability
2.Tensile strength
3.Alkali resistance
4.Tear resistance
5.Fire resistance
6.Anti-microbial properties
7.Water resistance
With high strength and light weight, it can be fully bonded with almost any material and each roll length can be 10,000 meters.
Sails made from these laminates were stronger and faster than conventional, densely woven sails. It is partly due to the smoother surface of the new sails, which results in lower aerodynamic resistance and better airflow, as well as to the fact that such sails are lighter and because of that faster than woven sails. Still, to achieve maximum sail performance and win a race, stability of the initially designed aerodynamic sail shape is also required. In order to investigate how stable new sails can be under different wind conditions, we performed numerous tensile tests on different modern, laminated sailcloth. The paper presented here describes how stretchy and strong new sails really are.
Application
Laminated sailcloth
In the 1970s sailmakers began to laminate multiple materials with different characteristics to synergize the qualities of each. Using sheets of PET or PEN reduces stretch in all directions, where weaves are most efficient in the direction of the threadlines. Lamination also allow fibers to be placed in a straight, uninterrupted paths. There are four main construction styles:
Various combination of yarns, binder, mesh sizes, all is available. Please feel free to let us know if you have any more requirements. It’s our great pleasure to be your services.
Post time: Jun-02-2022