55results about How to "Excellent thermal adhesion" patented technology

In a laminated external packaging material for a battery according to the present invention, a metallic foil 2 is adhered to one surface side of a base film 1, and a coated film layer 4 of thermal adhesive resin having a softening point of 160° C. or below and capable of thermally bonding to a surface film of a battery main body is formed on the other surface side of the base film 1. With this laminated external packaging material for a battery, without using an adhesive tape or a hot-melt adhesive, this packaging material can be easily and assuredly bonded to the battery main body and also can be bonded firmly to an end portion reinforcing plastic component.

The invention discloses a high temperature resistant electrical soft composite material and a manufacturing method thereof. The invention is characterized in that: the high temperature resistant electrical soft composite material is a two-, three- or four-layer high temperature resistant electrical soft composite material comprised of a thin film layer, an adhesive layer and a synthetic fiber paper layer; the adhesive layer is prepared by mixing 115 to 230 weight parts of hydroxy-terminated prepolymer, 30 to 83 weight parts of multifunction isocyanate prepolymer, 70 weight parts of polyglycerol-modified ureido-ene resin, 150 to 300 weight parts of solvent; after an adhesive is applied on a thin film or synthetic fiber paper, the thin film or synthetic fiber paper is delivered to a drying channel to pass through an area, an area II at and an area II at 50 to 120 DEG C respectively and at a vehicle speed of 2 to 20 m/min to remove the solvent; then the thin film or synthetic fiber paper is cooled first to room temperature and then to 80 DEG C and is combined with the synthetic fiber paper or the thin film by hot rolling; the combined product is wounded and heated to 140 DEG C from room temperature for aging for 8 to 72 hours; and thus, the product is obtained. The product of the invention, which has high performance, can be used for motor element insulation, inter-winding insulation, gasket insulation and air-immersed transformer interlayer insulation.

There is provided a laser-marking multilayer sheet for an electronic passport formed by laminating five sheets of a multilayer sheet A/a multilayer sheet B/a film C/a multilayer sheet B/a multilayer sheet A. The multilayer sheet B is a colored laser-marking multilayer sheet. The film C is a laser-marking multilayer sheet made of a film for the electronic passport. The laser-marking multilayer sheet can have clear letters, symbols, and images, which are excellent in a laser-marking property and high in contrasts between the original surface color and the printed portions. The laser-marking multilayer sheet is excellent especially for inhibiting the falsification and forgery thereof.

The invention relates to a PE spun-bonded non-woven fabric which is composed of PE raw material and elastomer mixed at a ratio of 98%: 2%. The elastomer is VISTAMAXX 6020FL, and the PE raw material isLL6101XR. A manufacturing method of the PE spun-bonded non-woven fabric is further disclosed. A bottom film product for composite air permeable films is produced by using the PE raw material insteadof the conventional PP raw material. The composite bottom film of the conventional PP spun-bonded non-woven fabric needs to be bonded by adhesive. The novel PE spun-bonded non-woven fabric has good adhesion, and can be directly composited with an air permeable film after heating without adding adhesive materials. On the other hand, the PE spun-bonded non-woven fabric can be used in wallpaper without gluing.

The invention discloses a thermochromic low-melting-point polyester film and a preparation method thereof, and belongs to the field of polyester. The method comprises the following steps: taking terephthalic acid, 1, 4-butanediol or ethylene glycol as raw materials, adding aliphatic dibasic acid, polyester diol and a monohydroxy end-capping reagent by adopting a direct esterification method, and carrying out esterification and polymerization reactions to prepare the PBT or PET modified copolyester, crushing PET or PBT slices, uniformly mixing the crushed PET or PBT slices with a thermochromicmaterial, a heat stabilizer and an antioxidant in a high-speed mixer, and carrying out melt blending and pelletizing by using a double-screw extruder to obtain thermochromic low-melting-point polyester master batch; and using the prepared thermochromic low-melting-point polyester master batch as an intermediate layer and low-melting-point polyester as an outer layer to prepare three layers of thethermochromic low-melting-point polyester film. The prepared thermochromic polyester film is low in modulus, good in hand feeling, low in crystallinity, good in thermal adhesiveness and good in colorchanging performance, and can be widely applied to the fields of automobiles, buildings, heat-seal packaging films and the like.

The invention provides a neoprene composition for an ultra low temperature sealing device, wherein neoprene, carbon black, ZnO and accelerant are evenly mixed and placed in a rubber mixing machine for mixing. The neoprene composition has good process performance and metal heat bonding performance; and at an ultra low temperature of 196 DEG C below zero, the neoprene composition has good medium compatibility and reliable sealing performance, and the pressure resisting range reaches between 0.1 below zero to 35MPa.

The present invention achieves: a graphite-based thermal interface material that exhibits excellent thermal resistance properties even when used between members having uneven surfaces; and a production method for such a thermal interface material. This thermal interface material comprises a flexible or fluid substance (A) and a graphite film (B), wherein the graphite film has a thickness falling within the range of 100 nm to 15 [mu]m, a density falling within the range of 1.20-2.26 g/cm<3>, and a thermal conductivity in the film surface direction of at least 500 W/mK, and the weight ratio (A/B) between (A) and (B) falls within the range of 0.08-25.

The invention discloses a degradable environment-friendly non-woven adhesive lining containing bamboo activated carbon powder and a preparation method thereof. The degradable environment-friendly non-woven adhesive lining comprises a base cloth and a hot melt adhesive layer, wherein the base cloth has a double-layer structure; the upper layer is a skin core compound fiber net layer; the lower layer is an anti-microbial moisture-absorbing fiber net layer; the skin core compound fiber net layer is composed of skin core double-component cellosilk; the skin core double-component cellosilk is formed by compounding a polylactic acid fiber layer with a polypropylene fiber core layer; the anti-microbial moisture-absorbing fiber net layer is composed of chitosan fiber chopped strands and chitin fiber filaments at a certain weight ratio; one side of the skin core compound fiber net layer is connected with the anti-microbial moisture-absorbing fiber net layer; a hot melt adhesive layer is coated on the other side of the skin core compound fiber net layer; the bamboo activated carbon powder is fixed on the base cloth. The degradable environment-friendly non-woven adhesive lining containing bamboo activated carbon powder adopts PLA/PP compound fiber, chitosan fiber and chitin fiber with biological degradability as manufacturing fibers, has the advantages of excellent environmental protection, stability, elasticity, antimicrobial activity and moisture absorption and also has the effects of purifying air, eliminating peculiar smell, absorbing moisture and preventing mold.

The invention relates to a spunlace non-woven fabric, which is provided with a plurality of spunlace points, and comprises an upper surface fiber layer, a lower surface fiber layer, an upper surface fiber layer and a lower surface fiber layer, and a lower surface fibrous layer, the upper surface fibrous layer and the lower surface fibrous layer entangled with each other at the plurality of spunlace points of the spunlace nonwoven fabric, the lower surface fibrous layer comprising bi-component staple fibers. According to the spunlace non-woven fabric, the skin feeling of a wearer is dry and comfortable, and meanwhile the cotton fibers and the bi-component short fibers are contained in the fiber mixing layer; the spunlace non-woven fabric with the upper surface fiber layer and the lower surface fiber layer which are mutually entangled at the spunlace points has better bonding performance, especially heat bonding or ultrasonic bonding performance on the lower surface fiber layer side, so that the spunlace non-woven fabric can be better compounded with other materials or can be more conveniently formed into a sanitary absorbing product; meanwhile, the fiber layer of the lower surface layer is made of bi-component short fibers, so that the dryness of the sanitary absorption product can be improved.

The invention provides a low-odor polyethylene foam material with thermal bonding performance and a preparation method thereof, and belongs to the field of polyethylene foam materials. The density of the material is 0.05-0.18 g/cm<3>, and the hardness of the material is represented as 30-70 according to Shore C. The low-odor polyethylene foam material has uniform thermal bonding performance from inside to outside. After the low-odor polyethylene foam material is bonded with an external fabric, the peel strength is 1.5-2.6 N/mm. The odor grade of the low-odor polyethylene foam material is not greater than 2.5. The polyethylene foam material has no adhesive property at the temperature of 100-130 DEG C and has adhesive property at the temperature of higher than 180 DEG C. The polyethylene resin is resin obtained by polymerizing polyethylene monomers or polymerizing a polyethylene monomer with other monomers. The invention also provides a method for preparing the polyethylene foam material. The material provided by the invention has the advantages of thermal bonding performance, good processing technology and no pungent smell, and can be well compounded with fabrics made of other materials.

The invention relates to an insulation reinforcing mat for a cable and a preparing method thereof. The mat is formed by mixing 80-92% of glass fiber water drawing wires and 8-20% of CO-PET/PET fiber by weight. The preparing method comprises the steps of raw material beating, mixing, matching, forming and finished product collecting. In the adopted material and in the machining process, no adhesive is added, and therefore the insulation reinforcing mat for the cable has the advantages of being uniform in thickness and mass area ratio, high in insulating coefficient, good in heat-bonding effect and the like.

The invention provides a deodorizing and sterilizing insole and a manufacturing method thereof, belongs to the technical field of daily supplies and solves the problems of short service life and poorhealthcare effects of an existing insole. According to the manufacturing method of the deodorizing and sterilizing insole, raw materials including, in percent, 40%-50% of copper polyester fibers, 10%-20% of wood pulp fibers and 40%-50% of low melting point fibers are placed into a mixer and mixed into mixed fibers, the mixed fibers are placed into a fiber bale opener for bale opening, enter an opener for debonding, are sucked into a reserve box and treated into bobbin cotton, the bobbin cotton is placed into a carding machine, carded into a single-fiber state, placed into a lapping machine, uniformly folded and laid into needed width, a folded reticular fiber thin layer is repeatedly needled by seven needling machines, and fibers in the reticular fiber thin layer are drawn close and compressed, then enter a hot mill with the high temperature of 250 DEG C and are formed. The deodorizing and sterilizing insole has the advantages of low cost, simplicity in manufacture, strong deformationresistance and long service life.

The invention relates to a collagen fiber mattress lining and a preparation method thereof, and belongs to the field of novel home textile materials. The method comprises following steps: performing physical slicing, rewetting, softening, tearing, debonding, opening and impurity removing processes on wet blue waste materials so as to obtain collagen fibers; opening low-melting-point and bi-component fibers; conveying the collagen fibers and the low-melting-point and bi-component fibers to the same former for air laying through pipe air flow so as to obtain a synthetic fiber web; and pre-pressure-heating, thermoforming and cutting the synthetic fiber web so as to obtain the collagen fiber mattress lining. By employing the method, the collagen fibers are extracted from the wet blue waste materials through a simple environment-friendly dry manner, a problem that a conventional collagen fiber extraction process is complex and is not environment-friendly is solved, the process for extracting the collagen fibers is environment-friendly and is simplified, and the manufactured collagen fiber mattress lining is fluffy, can remove moisture, is ventilated, is flame resistant, is warm in winter and cool in summer, and has high sound-absorbing performance.