37 results about "Super black" patented technology

The invention relates to a super black flock oil wax sense polishing treatment agent for synthetic leather, which comprises nitrocotton resin, alkyd resin, cyclohexanone, butyl acetate, isopropanol, silicon dioxide extinction powder, hydrophilic silicon oil, castor oil, erucamide and an organic silicon flatting agent. The invention also relates to a preparation method of the super black flock oil wax sense polishing treatment agent for synthetic leather. Compared with the traditional common black flock leather surface treatment agent, the super black flock oil wax sense polishing treatment agent for synthetic leather, disclosed by the invention, obviously ensures that the synthetic leather has better mist glossy effect after being polished and has special flock sense and strong leather dermis effect; and the synthetic leather applying the super black flock oil wax sense polishing treatment agent has flock oil wax hand feeling and good comprehensive effect.

The invention discloses a preparation method of a wide-spectrum-antireflection-structure carbon aerogel. According to the method, the total mass percent of the resorcinol and formaldehyde and the resorcinol / sodium carbonate mass ratio are regulated, and the gelation time, the heating rate in the carbonization process and the sintering temperature are controlled, thereby obtaining the wide-spectrum-antireflection-structure carbon aerogel. The density range of the carbon aerogel prepared by the method is 20-60 mg / cm<3>, the specific area range is 1783-967 m<2> / g, the light reflectivity within the 400-2000nm ultraviolet-visible-near-infrared band is respectively lower than 0.3%, and the absorbance is respectively greater than 99.7%. The carbon aerogel can be used as a novel super black material, and is applicable to the fields of aerospace detecting sensors, solar photo-thermal converters, national defense stealth technology and the like.

The invention relates to high-permeability super black decorated base paper and a preparation method of the high-permeability super black decorated base paper, and belongs to the technical field of decoration base paper. The preparation method is characterized by comprising the following steps: taking pulp mixed from bleached softwood pulp and bleached hardwood pulp according to the mass ratio of 1:(3.6-4.4) as a main raw material; reducing the beating degree of bleached wood pulp to 32 SR, enabling the mass concentration to reach 4%, and then pumping into a repulping pond for later use; directly adding a black pigment to the repulping pond, wholly substituting kaoline for titanium dioxide to prepare the decorated base paper with a black and shiny color, the fluorescent whiteness of 6%-8%, the basis weight of 70-90g / m<2>, the ash content of 10%-15%, the wet strength of 6.5-9N, the dry strength of 35-50N, the water absorption of 20-35mm / 10 minutes and the air permeability of 15-20s / 100ml. The high-permeability super black decorated base paper disclosed by the invention has the advantages of uniformity in coloring, good covering power, high air permeability, low basis weight and high paper output ratio; a processed decorating plate is high in stereoscopic impression, pure and bright in color and luster, green and environmental-friendly without white patterns.

The invention relates to a super black and misty leather surface treatment agent which is prepared by mixing the following components in parts by weight: 100 parts of solvent type PU, 10-20 parts of flatting powder, 5-10 parts of wax and 200-250 parts of solvent, wherein the solvent type PU is prepared by reaction of diisocyanate, polylol, chain extenders, catalysts and light stabilizers under the condition of existence of organic solvents. Compared with the original common black and misty leather surface treatment agent, the super black and misty leather surface treatment agent obviously increases the blackness and the haze of coatings, improves the crumpling resistance, the wear resistance and the scratch resistance of coatings, and enables leathers to have waxy effect.

The invention discloses a high temperature-resistant super black and misty processing agent used for synthetic leather. The processing agent is prepared by mixing the following components by weight percent: 14-20% of toluene, 25-30% of ethyl acetate, 8-12% of isopropyl alcohol, 4-5.5% of extinction powder, 38-42% of aliphatic polyurethane resin, and 0.5-1% of polyethylene oxide wax. The processing agent discloses by the invention is good in high temperature resistance, coating performance, and stability, high in ultraviolet resistance, not easy to yellow, and used for coating the synthetic leather; the coated synthetic leather has a mist simulation effect on the surface, a good mist degree, a unique black visual effect, and full soft wax feeling in touch by fingers; when the coated synthetic leather is subjected to high temperature embossing, the black visual effect is not changed, and the soft wax feeling is stronger in touch by the fingers.

The invention relates to a method for producing a fine-denier glazed super-black terylene FDY (Fully Drawn Yarn) filament yarn. The method comprises the following steps of (a) weighing 92%-94% of glazed PET (Polyethylene terephthalate) slices and weighing 6% of black master-batches to dry; (b) blending the dried glazed PET slices with the dried black master-batches, and putting the mixture into a screw extruder so as to form PET flux; (c) filtering and pressurizing the PET flux, and distributing the pressurized PET flux to all spinneret components for producing nascent fibers through a metering pump; (d) winding-forming the nascent fibers by means of cooling the nascent fibers through side blowing, oiling the nascent fibers through an oil nozzle, performing stretching-setting operation on the nascent fibers, and gridding the nascent fibers, wherein the speed of a first heat roller for the stretching-setting operation is 1,500-2,000 m / min, and the temperature of the first heat roller is 80-90 DEG C; the speed of a second heat roller is 4,000-4,500 m / min, and the temperature of the second heat roller is 120-130 DEG C; the winding speed is 4,000-4,500 m / min, and the winding tension is controlled to be 10-15 N. According to the method for producing the fine-denier glazed super-black terylene FDY filament yarn, on one hand, the glazed PET slices and the black master-batches are blended and prepared into the PET flux, so that the PET flux can be used for preparing the glazed super-black terylene FDY filament yarns; on the other hand, the prepared filament yarns are fine-denier yarns by means of adjusting the speeds of the first heat roller and the second heat roller as well as the winding speed.

The invention relates to a synthetic leather surface treatment agent, in particular to a fog and black surface treatment agent applying to a synthetic leather rear section and a preparation method thereof. The fog and black surface treatment agent applying to a synthetic leather rear section comprises the following components by weight percent: 10-25% of aniline black pigment, 1.0-3. 0% of fatty alcohol polyoxyethylene ether, 3-12% of triethanolamine, 15-45% of polyurethane resin, 2-8% of light extinction powder and the balance of dimethylformamide. Using the synthetic leather rear section product treated by the invention, the product of the invention has unparalleled degree of fog and black, and the color characterization of fog and black likes a black hole; and the product treated by the invention has a surface with particular bump effect, and is matched with a super black component in the slurry of the invention, so that very small amount of incident light is reflected, therefore, the visual effect is super fog and super black.

The invention discloses a dust-free pure black processing method for polyester-cotton blend / cotton knitted shell fabrics, and aims to improve yarn structures, a dyeing process and dyeing technology and provides an overall solution to solve the problems that the fibers are damaged to a certain extent, and the down dust falls off and cannot be completely removed by general dyeing devices, and the black fabric is especially serious, after down erosion (bio-enzyme treatment) of the polyester-cotton blend / cotton knitted shell fabrics. The processing method comprises the following steps: singeing ofgrey cloth, presetting, scouring, dyeing, washing and drying, and finalizing of the finished product. Raw materials of vortex spinning cotton yarns and the like are selected for yarns, and a mechanical singeing process is replaced by a bio-enzymatic etching process; the formula of a black monoazo disperse dye SFN, a stabilizer EL-SF and other assistant are used in dyeing polyester fibers, and dyeing cotton uses a super black M reactive dye G 300%. After the dyeing and finishing process, the color fastness indexes are excellent, the dust is very clean, the white color is not stained, and the cloth surface is smooth and clear in lines.

The invention provides a super-black and high-gross polycarbonate composite material. The super-black and high-gross polycarbonate composite material comprises the following components in percentage by weight: 98.1-98.8% of polycarbonate, 0.3-0.5% of dispersing agent, 0.2-0.4% of wetting agent and 0.7-1% of carbon black. The invention further provides a preparation method of the super-black and high-gross polycarbonate composite material. The super-black and high-gross polycarbonate composite material provided by the invention has the advantages of super-black appearance and high gross and is mainly used for appearance pieces, such as spraying-free and super-black household electrical appliances and so on; and the preparation method provided by the invention has the advantages of simple process, convenience in operation, high benefits and low cost and is suitable for industrial production.

The present invention relates to an active azo dye superblack WNN and its preparation. Said invention also provides its structure formula. Said dye is a mixture formed from several compounds including compound of the above-mentioned structure formula, WNN yellow and WNN dark red, and is made up by using H acid and diazo salt containing sulfonic acid group or ethyl sulfone sulfate aniline compound, and making them be coupled, then mixing them with WNN yellow and WNN dark red according to different ratio. Said dye is suitable for dyeing, printing and discharging cotton fibre, and has good various fastnesses.

The invention provides a PVD (Physical Vapor Deposition) super-black coating. A 0.05-0.15 micron thick metal film layer, a 0.05-0.15 micron thick magnetron sputtering compound layer, a 0.10-0.20 micron thick jointing base coating, a 0.20-1.00 micron thick metal compound transition layer and a 0.20-0.50 micron thick compound surface layer are arranged on a metal substrate in turn. The PVD super-black coating has the advantages that the color blackness of the PVD super-black coating is deep, L value can reach 26, the binding force of the film layer is high, the surface smoothness is high, the compactness of the film layer is high, and the PVD super-black coating is suitable for mass production.

The invention provides an aqueous polyurethane resin for a super black and misty surface processing agent and a preparation method thereof. The aqueous polyurethane resin comprises following components in parts by weight: 150 to 200 parts of macromolecular polyol, 30 to 40 parts of polyisocyanate, 3 to 5 parts of a hydrophilic chain extender, 0.1 to 0.5 part of a catalyst, 0.5 to 4 parts of an amino silane coupling agent, 2 to 5 parts of a neutralizing agent, 300 to 500 parts of emulsified water, and 1 to 5 parts of a rear chain extending reagent. A super black and misty surface processing agent prepared from the aqueous polyurethane resin prepared by the provided preparation method is environmentally friendly and has an excellent super black and misty processing effect.

The invention relates to the field of fabric fanctional disposing, and specially relates to the field of micromillimeter structured super black wool fabric and its preparing method. Laying wool fabric into low-temperature plasma treatment box, and reduce the pressure to 10Pa or lower, the pressure of pneumatic control box passing over non-conglomerate gas is 10-170Pa;then discharge and low-temperature plasma proccess. The power is 10-300W, and processing time is 1-60 min. Forming millimicron level concavo convex on the surface and active group, then normal dying.

The invention discloses a black disperse dye combination product. The black dye based ink is prepared by mixing brownish black dye based ink and original black dye based ink according to a certain proportion, and a disperse dye commercialized dye is prepared by mixing the dye based ink composition and other auxiliaries such as diluent. The obtained disperse dye commercialized dye is suitable for high temperature heat transfer printing of polyester fiber, has the advantages of good dye compatibility, moderate color development temperature, bright colored light, high brightness, good color fastness, environmentally friendly printing process, up-to-standard crockfastness and light fastness and the like.

The invention relates to a heatproof aqueous treating agent for super black and super haze as well as a preparation method thereof. The treating agent comprises the following components: heatproof type aqueous polyurethane, butyl ether, water, silica matting powder, a dispersant, a wetting agent, an antifoaming agent, and a thickening agent. The heatproof aqueous treating agent for super black and super haze is a novel material for rear section printing of synthetic leather, and the treating agent has high temperature resistance and smooth hand feeling; the leather prepared by the treating agent has natural luster, clear color, good haze, and good color development.

The invention provides a super-black and high-gross polycarbonate composite material. The super-black and high-gross polycarbonate composite material comprises the following components in percentage by weight: 98.1-98.8% of polycarbonate, 0.3-0.5% of dispersing agent, 0.2-0.4% of wetting agent and 0.7-1% of carbon black. The invention further provides a preparation method of the super-black and high-gross polycarbonate composite material. The super-black and high-gross polycarbonate composite material provided by the invention has the advantages of super-black appearance and high gross and is mainly used for appearance pieces, such as spraying-free and super-black household electrical appliances and so on; and the preparation method provided by the invention has the advantages of simple process, convenience in operation, high benefits and low cost and is suitable for industrial production.

The invention discloses a high temperature-resistant super black and misty processing agent used for synthetic leather. The processing agent is prepared by mixing the following components by weight percent: 14-20% of toluene, 25-30% of ethyl acetate, 8-12% of isopropyl alcohol, 4-5.5% of extinction powder, 38-42% of aliphatic polyurethane resin, and 0.5-1% of polyethylene oxide wax. The processing agent discloses by the invention is good in high temperature resistance, coating performance, and stability, high in ultraviolet resistance, not easy to yellow, and used for coating the synthetic leather; the coated synthetic leather has a mist simulation effect on the surface, a good mist degree, a unique black visual effect, and full soft wax feeling in touch by fingers; when the coated synthetic leather is subjected to high temperature embossing, the black visual effect is not changed, and the soft wax feeling is stronger in touch by the fingers.

The invention relates to a nanostructure for selective infrared stealth at different polarization states, comprising a micro-channel heat dissipation layer, a thermoelectric conversion layer is arranged above the micro-channel heat dissipation layer, and a super black material absorption layer is arranged above the thermoelectric conversion layer and composed of a plurality of periodically arranged structures shaped like a Chinese character ''wan''. The nanostructure for selective infrared stealth at different polarization states not only can convert light into heat energy, and then convert the heat energy into electric energy, and convert energy absorbed by infrared into collectable electric energy through light-heat conversion and heat-electricity conversion, so that the electric energycan be directed utilized, improving stealth effect and life of a infrared stealth material, but also can selectively absorb incident light at different polarization states, thereby achieving the stealth effect. The nanostructure for selective infrared stealth at different polarization states can be used as a detection analyzer to identify different polarized light.

The invention relates to a nanostructure for selective infrared stealth with different polarization states, comprising a micro-channel heat dissipation layer with a thermoelectric conversion layer arranged above the micro-channel heat dissipation layer, and an ultra-black material absorption layer disposed above the thermoelectric conversion layer layer, the ultra-black material absorption layer is composed of a plurality of periodically arranged Swastika-shaped structures; the nanostructures of selective infrared stealth with different polarization states can not only convert light into heat energy, and then convert heat energy into electrical energy, through light ‑thermal and thermal‑electric conversion convert the energy absorbed by infrared into electrical energy that can be collected, and the electrical energy can be used directly, which not only improves the stealth effect and lifespan of infrared stealth materials, but also selectively absorbs incidents of different polarization states to achieve The effect of stealth can also be used as a detection analyzer to identify different polarized light.

The invention discloses an ultra-black wear-resistant coating. The coating is characterized by sequentially depositing a Ti layer, a first WTiAlSiN layer, a second WTiAlSiN layer and a WC layer from inside to outside on the surface of a base material; according to a multilayer film structure, the lowermost layer is a pure Ti layer formed by a Ti target, the middle two layers are a transition layerand a functional layer which are formed by nitrogen doping of four mixed targets of WTiAlSiN, and the surface is covered by the color of the WC layer formed by doping the acetylene with a W target; and compared with a traditional black coating, the coating with the four-layer structure has the advantages that the color is ultra-black, the hardness and the wear resistance are greatly improved, theultra-black and high-wear-resistance performance of the coating is remarkably superior to that of an existing coating. The coating is simple in preparation process and low in cost. The coating and the preparation process thereof are especially suitable for coating applications such as clocks, and 3C electronic product shells.

The invention discloses a preparation method of a wide-spectrum-antireflection-structure carbon aerogel. According to the method, the total mass percent of the resorcinol and formaldehyde and the resorcinol / sodium carbonate mass ratio are regulated, and the gelation time, the heating rate in the carbonization process and the sintering temperature are controlled, thereby obtaining the wide-spectrum-antireflection-structure carbon aerogel. The density range of the carbon aerogel prepared by the method is 20-60 mg / cm<3>, the specific area range is 1783-967 m<2> / g, the light reflectivity within the 400-2000nm ultraviolet-visible-near-infrared band is respectively lower than 0.3%, and the absorbance is respectively greater than 99.7%. The carbon aerogel can be used as a novel super black material, and is applicable to the fields of aerospace detecting sensors, solar photo-thermal converters, national defense stealth technology and the like.

The present application relates to the technical field of coating materials, and provides a carbon nanotube super black coating and a preparation method thereof. The preparation method of carbon nanotube super black coating provided by the present application includes the following steps: dispersing carbon black in a first dispersion liquid of a first dispersant, an organic auxiliary agent and deionized water to obtain a first mixed system, The first mixed system is mechanically ground to obtain a carbon black dispersion, wherein the first dispersant is an aqueous dispersion resin; a second dispersion mixed with a second dispersant and deionized water is configured, and the carbon nanotubes are dispersed in the In the second dispersion liquid, a second mixed system is obtained, and after the second mixed system is subjected to grinding treatment, deionized water is added for dilution to obtain a carbon nanotube dispersion; the carbon black dispersion and the carbon nanotubes are mixed. The tube dispersion is mixed to obtain an ultra-black paint. Compared with the ultra-black paint using carbon black as the pigment alone, the reflectivity of the carbon nanotube ultra-black paint provided by the present application is reduced.

The invention relates to a preparation method of an ultra-black material with high thermal conductivity, belonging to the field of functional materials and device manufacturing. The diamond film is deposited on the original carrier by CVD, and then the grinding, polishing and other processing procedures are completed in turn; then the catalytic metal layer is deposited on the surface of the CVD diamond film by sputtering, and the preparation of nano-catalytic particles is realized by the plasma etching and heat treatment process; Finally, carbon nanotube arrays are prepared on the surface of the diamond film to obtain a diamond / carbon nanotube ultra-black material whose size and light absorptivity meet the requirements. The element of the invention is based on diamond as a carrier, and has the characteristics of stable chemical properties, high thermal conductivity, strong light absorption and the like. In the intermediate process, physical vapor deposition coating and surface hydrogen plasma etching treatment are used to solve the problems of low density and poor orientation of carbon nanotube arrays on diamond substrates, and realize high stability and high performance all carbon-based composite functional materials. preparation. While ensuring relatively low cost, product quality and production efficiency are guaranteed.

The invention provides a detection calibration device and method of transmittance ratio and reflectance ratio measuring instrument. The method comprises the following steps of S1, moving a cover covering a super black light absorption film at inside to perform measurement so as to obtain first measurement data; S2, moving a cover covering a total reflection mirror surface film at inside to performmeasurement to obtain second measurement data; S3, moving a cover covering a directional reflection crystal film at inside for measurement so as to obtain third measurement data; S4, calculating a ratio with the target value; then, regulating the proportion parameters of a transmission signal digital gain amplification circuit and a reflection signal digital gain amplification circuit of the measurement instrument according to the measurement data; S5, moving a plurality of pieces of glass with the fixed calibration values one piece by one piece to the right front side of the measurement instrument to perform measurement so as to obtain fourth measurement of the measuring instrument; sequentially performing comparison on the calibration value and the fourth measurement data to generate ratio data; configuring the ratio data into the measurement instrument according to the proportion parameters; fitting the data into a standard curve; S6, inspecting the calibration accuracy; completingthe calibration.

The present invention relates to a kind of super black wool spun material and features that the warp and weft of the material are made of wool ribbons after their dyeing and through the re-combing process, and the spun yarns. The invention also relates to a preparing method for the material. By applying to this invention, the material has an even color and luster, and the same batch of cloth cover materials has no difference one from the other; the same is true with different batches of cloth cover materials. The first-rate product of this material accounts for over 98%.

The invention discloses an ultra-black material and its preparation method and application, belonging to the technical field of nano-material preparation. The ultra-black material is composed of a matrix copper nano-cluster and a graphitized carbon layer loaded on its surface. The core-shell structure is composed of the following components by weight percentage: 51.9-84.3 wt% of copper nano-clusters; 15.7-48.1 wt%. In the present invention, copper acetylacetonate is used as the basic raw material, and the graphitized carbon layer is coated on the surface of copper nanoclusters to form a unique core-shell structure. The obtained ultra-black material has excellent light absorption characteristics, and has significant surface effects and quantum effects. Light loss, copper nano-cluster / carbon ultra-black material has a wide light absorption range, and has good light-absorbing performance in the wavelength range of 200-900nm; the preparation method of the ultra-black material of the present invention is easy to control the process conditions, easy to operate, and the price of the finished product Low cost, low process cost, and beneficial to industrialized production.

The invention relates to production technology for heavy-twist single-warp single-weft super-black worsted fabric. The production technology comprises the following steps: selecting high-quality Australian wool; performing mercerization and then carrying out dyeing such that physical absorption of fibers to dyes are improved and diffusivity of dyes towards interiors of the fibers is enhanced; conducting after treatment, performing dark dyeing so that finished products are dark black. Additionally, the fabric shows greater philling resistance, crease resistance, permeability and elasticity thana new kind of traditional single-yarn products. Manufactured products are pure in colors and feel smooth with natural luster of faces. The fabric has good philling resistance, crease resistance and permeability as well as good quality and wearing performance. The fabric is not suitable for exposure after is used for making clothes and suitable for dry cleaning and steam ironing.