36results about How to "Solve the problem of easy peeling" patented technology

The invention relates to a capacitor, a capacitor-burying circuit board and a manufacturing method thereof. The capacitor comprises a high dielectric constant polymer composite material layer; an ion injection layer, wherein the ion injection layer is formed by injecting the conducting material ion into the high dielectric constant polymer composite material layer at high-speed through an ion injection way; and a metal layer formed and covered on the ion injection layer.

The invention provides a display panel and a manufacturing method thereof. The display panel comprises a bending area. The display panel comprises a first flexible substrate; a buffer layer which is formed on the surface of one side of the first flexible substrate, wherein in the bending area, the surface, in contact with the buffer layer, of the first flexible substrate is of a rough structure. According to the display panel, an interface bonding force between the flexible substrate and the buffer layer can be enhanced, and the problem that the flexible substrate in the bending area is proneto being stripped from the buffer layer can be solved. Meanwhile, the risk that the flexible substrate in the non-bending area is stripped from the buffer layer can be avoided, the display quality isimproved, and the product yield is increased.

The invention discloses an anti-stripping iron oxide scale structure on the surface of a hot rolled plate, and a control process for the anti-stripping iron oxide scale structure, and belongs to the technical field of steel rolling. The control process is characterized in that a dual-discharge descaling process is adopted, wherein high-pressure water descaling process is controlled to be higher than or equal to 16 MPa; a high-temperature quick rolling mode is adopted; a front-stage sparse cooling mode is adopted after finish rolling; a rolling temperature is controlled to be lower than 650 DEG C; and finally, the thickness of the iron oxide scale structure on the surface of the hot rolled plate with a thickness of 4-14mm is controlled to be smaller than or equal to 10.8 microns, the proportion of Fe3O4 in the iron oxide scale structure is controlled to be 45%-68%, the proportion of FeO is controlled to be 23%-42%, and the proportion of Fe2O3 is controlled to be 8%-15%.

The invention discloses a production technology of a waterproof and heat-insulated integrated board. The production technology comprises the following steps of: firstly, compositing an enhanced isolating material at one side of a waterproof roll; pre-heating the waterproof roll composited with the enhanced isolating material by a pre-heating device; compositing an heat-insulated material at one side of the waterproof roll composited with the enhanced isolating material after pre-heating; and finally, covering another pre-heated waterproof roll on the surface of the heat-insulated material. By providing the enhanced isolating material at one side of the waterproof roll, not only can the bonding strength between the enhanced isolating material and the waterproof roll be enhanced, but also the waterproof roll and the heat-insulated material can be effectively isolated; the condition that the waterproof roll is contacted with the heat-insulated material for a long time to cause chemical reaction can be avoided; a plasticizer inside the roll is prevented from migrating; the quality of the product is ensured; a procedure of pre-heating the waterproof roll is added before the waterproof roll and the heat-insulated material are composited; and the phenomenon that a waterproof layer and an insulating layer are stripped after the board is molded can be avoided, and the performance and quality of the board are further improved.

The invention discloses an adhesive for building decorative plates, which comprises a component A and a component B. The component A and the component B are mixed according to a mass ratio of 5.2-5.5:1. The adhesive prepared by the invention is prepared by curing and crosslinking a silanized epoxy resin through a weather-resistant curing agent; according to the silanized epoxy resin, tetramethyldisiloxane is taken as a center; two phenolic hydroxyl groups are connected; the middle part of each chain link in the epoxy resin which is generated after polymerization contains a siloxane bond; further, a prepared polymer uniformly contains a large number of siloxane bonds; meanwhile, according to theused weather-resistant curing agent, tetramethyldisiloxane is taken as a center, andpiperidylamine is connected to the two sidesrespectively, a polymer chain generated after cross-linking and curing uniformly contains oxysilane bonds, then the prepared product has uniform high-temperature resistance and hydrophobicity, the shear strength of the adhesive is not changed at a high temperature, and colloid is not prone to stripping in a humid environment.

The invention discloses a high-barrier filing cabinet dust sealing material which sequentially comprises a PVC plastic paste layer I, a PVC plastic paste layer I with an adhesive, a high-strength polyester woven fabric, a PVC plastic paste layer II with an adhesive, a PVC plastic paste layer II, a PVDC film layer and a PVC film layer from top to bottom, wherein the PVC plastic paste layer I, the PVC plastic paste layer I with the adhesive, the high-strength polyester woven fabric, the PVC plastic paste layer II with the adhesive and the PVC plastic paste layer II are bonded to obtain PVC knifescraping coating cloth, and the PVC knife scraping coating cloth is sequentially bonded to the PVDC film layer and the PVC film layer. The high-barrier filing cabinet dust sealing material has the advantages of high strength, high barrier, good air tightness, excellent peeling strength and good moisture-proof and environment-friendly performance.

The invention discloses a preparation method of phase-change temperature-adjusting heating fibers. The preparation method comprises the steps that functional microcapsules are prepared firstly and then are added into polyacrylonitrile to prepare the phase-change temperature-adjusting heating fibers, wherein the prepared functional microcapsules are of a three-layer structure, the inner layer is a phase-change material, the middle layer is polyurethane, the outer layer is the far-infrared ceramic powder, and have dual functions of phase-change temperature regulation and far-infrared heat storage; and the polyurethane and the far-infrared ceramic powder are connected through chemical bonds, so that the adhesion stability of the far-infrared ceramic powder is good, and the problem of easy stripping existing in conventional physical addition is solved.

The invention relates to wear-resistant and corrosion-resistant gradient coatings of a middle trough of a scraper conveyor. The wear-resistant and corrosion-resistant gradient coatings can effectivelysolve the problems of uneven wear, serious corrosion and easy falling of coatings of an existing middle plate to a certain extent. According to the technical solution, the components of the coatingsare in gradient change, three parts are involved in total, the gradient coatings comprise the following components of, in percentage by weight, 43%-48% of Ni50, 47%-52% of Ni60, 1%-3% of TiC and 2%-4%of WC of a gradient coating-1, 38%-43% of Ni50, 42%-47% of Ni60, 6%-8% of TiC and 7%-9% of WC of a gradient coating-2, and 33%-38% of Ni50, 37%-42% of Ni60, 11%-13% of TiC and 12%-14% of WC of a gradient coating-3. According to the wear-resistant and corrosion-resistant gradient coatings of the middle trough of the scraper conveyor, the wear-resistant and corrosion-resistant gradient coatings have the characteristics of low water absorption rate, good toughness, light weight and the like, and have the main characteristics of wear resistance and corrosion resistance, meanwhile, by controllinggradient change of the components of the coatings, sudden change of structures and the performances among a base body and the coatings is avoided, the bonding condition among interfaces of the coatings are improved, the bearing capacity and the abrasion resistance of the coatings can be further improved, the overall service life of the middle trough can be effectively prolonged, and safe and efficient operation of the scraper conveyor is guaranteed.

The invention discloses a high-gloss colored pre-coated plate, which comprises a hot-dip galvanized steel plate, a layer of protective primer is sprayed on the surface of the hot-dip galvanized steel plate, and a layer of wear-resistant bright topcoat is sprayed on the surface of the protective primer. In the present invention, a layer of primer layer is compounded on the cladding surface of the hot-dip galvanized steel sheet, and a porous primer layer is compounded on the surface of the primer layer, and the primer layer and the porous primer layer are formed on the surface of the hot-dip galvanized steel sheet. Form the protective primer layer; because the composite primer is mixed with paraffin wax, when the composite primer adheres to the surface of the base primer layer, the mixed paraffin wax melts at high temperature, and the occupied sites of the paraffin wax are vacated. The surface of the paint layer is covered with voids vacated by paraffin, which makes the surface of the primer layer rough, which is convenient to realize the combination with the topcoat when spraying the topcoat in the later stage, and prevents the peeling of the topcoat layer. The surface of the layer is coated with topcoat, which causes the problem that the topcoat layer is easy to peel off.

The invention discloses an adhesive for building decorative boards, which comprises component A and component B, wherein component A and component B are mixed according to a mass ratio of 5.2-5.5:1. The adhesive prepared by the present invention is prepared by curing and cross-linking silanized epoxy resin through a weather-resistant curing agent. Since the silanized epoxy resin is centered on tetramethyldisiloxane, two phenolic hydroxyl groups are connected. The middle part of each chain link in the epoxy resin generated after polymerization contains siloxane bonds, so that the prepared polymer uniformly contains a large number of siloxane bonds, and the weather-resistant curing agent used at the same time is based on tetramethyl Disiloxane is the center, piperidinamine is connected to both sides respectively, and the polymer chain generated after crosslinking and curing evenly contains oxysilane bonds, so that the prepared product has uniform high temperature resistance and hydrophobicity, and then The shear strength of the adhesive remains unchanged at higher temperatures, and the colloid is not easy to peel off in a humid environment.

The invention particularly relates to a heat-proof and heat-insulation double-gradient functional composite material and a preparation method thereof, and belongs to the technical field of heat-insulation materials, the composite material comprises a heat-insulation layer, a transition layer and a heat-proof layer, and the transition layer is arranged between the heat-insulation layer and the heat-proof layer; the heat insulation layer is prepared from the following raw materials: modified phenolic resin and quartz fiber felt; raw materials of the transition layer comprise mixed multifunctional resin and first quartz fiber cloth; the heat-proof layer is prepared from phenolic resin, ablation-resistant filler and second quartz fiber cloth; the base materials of the heat insulation layer, the transition layer and the heat protection layer are all selected from phenolic resin material systems with good ablation performance, good bonding performance and compatibility are achieved, obvious material interfaces can be eliminated, and the interface bonding effect is improved. And phenolic mixed resin is adopted as a transition layer between the heat-proof layer and the heat-insulating layer, so that the purpose of gradient gradual change of the material performance is achieved, and the problem that various layers of the existing heat protection material are easy to peel off is solved.

The invention provides a special near-infrared absorbing polyester film that can be mass-produced and a preparation method thereof. The film is a BAB type three-layer structure film, wherein layer A is a special near-infrared absorbing layer, layer B is a surface modification layer, and the total film The thickness is 30-100 μm; the raw materials of the A layer are 50%-99.9% optical-grade high-transmittance PET slices, 0%-50% optical-grade high-transmittance PCT slices and 0.1%-1% near-infrared Absorbent composition: The raw materials of the B layer are composed of 5%-35% silicon-containing PET masterbatch and 65%-95% optical-grade high-transparency PET slices by weight. The near-infrared absorbing polyester film prepared by the present application has the characteristics of good heat resistance and low light transmittance in the 700-900nm near-infrared band.

The invention discloses a preparation method of a porous stainless steel film. The preparation method comprises the following steps: firstly, carrying out compression molding on large-grain-size stainless steel powder coated with a low-melting-point metal layer on the surface through a powder compressing machine; secondly, preparing a stainless steel powder film layer on a molded blank body; and finally, sintering to obtain the highly-asymmetrical porous stainless steel film. According to the preparation method provided by the invention, the stainless steel powder surface of the base body for preparation is coated with the low-melting-point metal layer so as to reduce the sintering temperature of stainless steel powder of the base body. Therefore, the base body and the film layer are sintered together; the asymmetrical degree of the prepared porous stainless steel film material is high; the pore diameter distribution of the film layer is narrow; the film layer and the base body are firmly combined; the low-melting-point metal on the surface of the base body powder and the base body powder are alloyed by high temperature sintering; meanwhile, the mechanical intensity of the film material is ensured, and the other metal properties of the porous stainless steel film are improved.