TH43251A - High capacity fluid absorber assembly - Google Patents

Abstract

DC60 (22/09/42) Component (member) of the fluid absorber according to this invention. Deserve to be assembled It is made up of three basic components: inflatable fiber. Made Torsion And curled with a chemical method and fiber with a large surface area And chemical additives such as byers, components of the fluid sorbent According to this invention, a high surface area fiber is refined to provide a capillary pressure (or suction) to the sorbent assembly. fluid Fiber with space These very skin are generally tiny and change. Transformation is very easy. These fibers give the substrate a higher capillary suction power than for specific applications. The puffing fibers that have been chemically treated twisted and curled (coarse or unrefined) are the only popular fiber today for applications requiring a large surface area. Wood pulp of Eucalyptus family Eucalyptus features a capillary suction that Needed when taken Mixed with twisted-treated fibers It is chemically curled and does not pass through the mesh easily. The components (member) of the fluid absorber according to this invention should be assembled with the composition. The three basic parts are inflatable fibers that have been made. Maintain torsion and curl by chemical methods What about fiber with a lot of surface area and chemical additives? Such as byder, components of the fluid absorber According to the invention, fiber has a large surface area through Reducing the roughness (refine) to provide a capillary pressure or suction to the fiber sorbent assembly with an area. These very skin are generally tiny and change. It is very easy to shape these fibers. Higher capillary suction than dedicated use The inflated fiber that has been stabilized is twisted into Twine and curl with a chemical method (fiber Coarse or (unrefined) alone, popular fiber. Today, for applications that require a large surface area, this is the eucalyptus wood pulp fiber. Eucalyptus features a capillary suction that Needed when it is mixed with treated fibers Maintain torsion and curl by chemical methods And does not easily pass through the forming mesh

Claims (2)

1. Member of the sorbent: a) between approximately 80% and 95% Of the inflatable fiber that undergoes twisting stabilization Is spiral and then curled (stiffened twisted, andcurled bulking fiber); b) between about 3 percent and about 20 percent. Of eucalyptus fiber with a large surface area; And c) between approximately 0 percent and approximately 5 percent of the chemical binder chemical additive. Or (chemical binder additive) 2. Composition of the sorbent according to claim 1, tagged: