CN2261926Y

CN2261926Y - Far infrared composite material

Info

Publication number: CN2261926Y
Application number: CN 95224741
Authority: CN
Inventors: 熊显耀
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-10-21
Filing date: 1995-10-21
Publication date: 1997-09-10
Anticipated expiration: 2005-10-21

Abstract

The utility model discloses a far infrared composite material. The utility model is characterized in that the far infrared composite material is composed of a face fabric, a lining fabric, and a far infrared fusing glue film; the far infrared fusing glue film is placed between the face fabric and the lining fabric; the far infrared fusing glue film, the face fabric, and the lining fabric are glued integrally by thermal pressure. The components of the far infrared fusing glue film can be different, or the materials of the face fabric and the lining fabric can be different, so that a serial products of the far infrared composite material can be formed with abundant kinds and wide range of application.

Description

Far-infrared composite material

The utility model relates to a kind of far-infrared composite material series of products.

At present, the far infrared health care product that occur on the market, majority are with the far ultrared paint brushing or are printed on the goods that the application of this series products has significant limitation, and is unfavorable for the large-scale production of industrialization, mechanization, so inefficiency.

The purpose of this utility model just is: the scale that available industrialization, mass are provided, produce highly versatile, applied range, the user has a series of far-infrared composite materials of wide choice again, for the usefulness of making various far infrared health care product, thereby overcome the deficiencies in the prior art.

The utility model adopts the far infrared melting plastic films of being succeeded in developing by the inventor, and this invention has applied for that to Patent Office of the People's Republic of China (application number is patent of invention: 95115787.6).This glued membrane is composited by the reflecting layer of can be emitting far-infrared and having the transmitting film of low-intensity magnetic field and can reflect far infrared, is equipped with air-vent on the glued membrane, and the equilateral triangle that is shaped as in hole is arranged, aperture Ф 1～Ф 6, pitch of holes 6～30mm.

Below in conjunction with accompanying drawing and embodiment shown in the drawings, content of the present utility model is described specifically, but content of the present utility model is not limited to shown in the accompanying drawing.

Fig. 1 is the utility model bonding way product structure schematic diagram 1.;

Fig. 2 is the utility model bonding way product structure schematic diagram 2..

Lining 1, the lining expects 2, far infrared melting plastic films 3, the emission layer a of far infrared melting plastic films, the reflecting layer b of far infrared melting plastic films.

The utility model by lining 1, lining expect 2, far infrared melting plastic films 3 constitutes, far infrared melting plastic films 3 place lining 1 and between the material 2, three's thermocompression bonded is integrated.

Concentrate the predetermined direction (health care object) of directive in order to make far infrared, according to different applications or different final products instructions for uses, lining, far infrared melting plastic films, in the relative position of material between the three, following two kinds of different bonding forms can be arranged: 1. lining 1 is mutually bonding with the emission layer a of far infrared melting plastic films 3, in material 2 mutually bonding with the reflecting layer b of far infrared melting plastic films 3, as shown in Figure 1,2. lining 1 is mutually bonding with the reflecting layer b of far infrared melting plastic films 3, in material 2 mutually bonding with the emission layer a of far infrared melting plastic films 3, as shown in Figure 2.

Lining of the present utility model and lining material can be selected from multiple material, lining can be yarn fabric or non-weaving cloth or " in spin the AB anti-bacteria cloth " or synthetic leather or artificial leather or nylon-Gao foaming PU composite material for decoration, leathers etc., lining material can be yarn fabric, non-weaving cloth or low foaming EVA sheet material, or low foaming PU sheet material or " in spin the AB anti-bacteria cloth ", leather etc.

The softening point of far infrared melting plastic films is selected, should be than by low 10 ℃ or lower of the softening point of sticking material, the hot pressing temperature of compound tense should be than the softening point of PUR film high 2-5 ℃, particularly lining, when the lining material has chemical fibre or plastic material, more should strictly control temperature, make it to be no more than above-mentioned scope.

The utility model can emission wavelength 5-25 μ m under room temperature or body temperature far infrared, and tool Low-intensity magnetic field and antibacterial deodourizing effect are arranged, thereby have multiple medical health care function.

The utility model has the advantage of, can according to different applications or different instructions for uses, select not The far infrared melting plastic films of same model, the fabric of unlike material and lining, thus make various, usefulness wide in variety The way is serial far-infrared composite material product widely, and its economic benefit and social benefit will be very considerable.

Claims

1, a kind of far-infrared composite material is characterized in that being made of lining (1), lining material (2), far infrared melting plastic films (3), and far infrared melting plastic films (3) places between lining (1) and the lining material (2), and three's thermocompression bonded is integrated.

2, composite according to claim 1 is characterized in that lining (1), and the relative position between lining material (2) and far infrared melting plastic films (3) three can have following two kinds of different bonding forms:

1. lining (1) is mutually bonding with the emission layer (a) of far infrared melting plastic films (3), and lining material (2) is mutually bonding with the reflecting layer (b) of far infrared melting plastic films (3);

2. lining (1) is mutually bonding with the reflecting layer (b) of far infrared melting plastic films (3), and lining material (2) is mutually bonding with the emission layer (a) of far infrared melting plastic films (3).