CN202559156U - Nanometer anion fiber - Google Patents

Abstract

The utility model provides a nanometer anion fiber which mainly comprises a fiber body. The nanometer anion fiber is characterized in that a nanometer anion layer is attached to the outer side of the fiber body. The nanometer anion layer is achieved through treatment of nanometer anion finishing agents. To meet production needs of various products, the fiber body is a natural fiber. The nanometer anion fiber combines the nanometer anion layer and fibers, so the fibers directly have the nanometer anion function. Large amounts of anion can be produced through physical stimulation, friction and vibration in shell fabric achieved by weaving of the fibers, and the concentration of released anion can reach 2000-5000 pieces per cubic centimeter; meanwhile the shell fabric is good in fastness, breathable, comfortable, sweat-absorbing and satisfying in hand feeling; and most importantly, the nanometer anion layer is directly attached to the fibers, using time of the nanometer anion layer can be greatly increased, and various weaving effects of the shell fabric are not influenced.

Description

The nano-negative ion fiber

Technical field

The utility model relates to a kind of fiber, particularly a kind of nano-negative ion fiber.

Background technology

It mainly is to treat to carry out the nano-negative ion processing again after fibrage becomes lining that existing nano-negative ion is handled; This mode obtains lining; Its nano-negative ion layer can only be attached to the lining surface; Through nano-negative ion layer easy abrasion after the daily use or come off, finally make the loss of functionality of lining.Simultaneously because the nano-negative ion layer directly is attached to the surface of lining, will reduce the weave effect that the weaving method based on different of lining itself obtains.

The utility model content

The purpose of the utility model is to provide a kind of nano-negative ion layer to come off for the deficiency that solves above-mentioned technology, and service life is the nano-negative ion fiber longways.

In order to achieve the above object, the nano-negative ion fiber that the utility model designed, it mainly comprises fibrous body, it is characterized in that being attached with the nano-negative ion layer in the fibrous body outside.This nano-negative ion layer is that the processing through the nano-negative ion finishing agent obtains.

In order to adapt to the production needs of various products, described fibrous body is a natural fabric.

The resulting nano-negative ion fiber of the utility model; Used the combination of nano-negative ion layer and fiber; Make fiber directly have the effect of nano-negative ion; The lining that obtains through this fibrage produces a large amount of anions through physical stimulation, friction and vibrational energy, discharges negative ion concentration and can reach 2000-5000/cm ³, the fastness of lining is good simultaneously, and ventilative comfortable, absorbing sweat is ventilative, and satisfied feel the most important thing is that the nano-negative ion layer directly is attached on the fiber, can increase the service time of nano-negative ion layer greatly, and not influence the various weave effect of lining.

Description of drawings

Fig. 1 is the front view of the utility model;

The specific embodiment

Combine accompanying drawing that the utility model is done further to describe through embodiment below.

Embodiment 1:

Nano-negative ion fiber as shown in Figure 1, that present embodiment is described, it mainly comprises fibrous body 1, is attached with nano-negative ion layer 2 in fibrous body 1 outside.Described fibrous body is a cotton fiber.

Claims (2)

1. nano-negative ion fiber, it mainly comprises fibrous body, it is characterized in that being attached with the nano-negative ion layer in the fibrous body outside.

2. nano-negative ion fiber according to claim 1 is characterized in that described fibrous body is a natural fabric.