193 results about "Release liner" patented technology

This invention relates to a release film for an oxide solid electrolyte membrane, the release film comprising a release substrate layer and an EVA functionalized coating coated on the surface of the release substrate layer, wherein the vinyl acetate content of the EVA functionalized coating is between 10% and 50%. Furthermore, this invention also provides an oxide solid electrolyte membrane comprising a release film, an oxide solid electrolyte membrane body, and a carrier as described above, wherein the oxide solid electrolyte membrane body is located between the release film and the carrier, and the release film is bonded to the oxide solid electrolyte membrane body via the EVA functionalized coating.

The utility model discloses a heating and laminating device and hot-pressing laminating equipment, and belongs to the technical field of material heating and laminating, the heating and laminating device comprises a bearing mechanism, a thin film feeding mechanism, a film strip feeding mechanism, a release film feeding mechanism and a hot-pressing mechanism, the release film feeding mechanism is used for feeding a release film between a film strip to be subjected to hot-press fitting and the hot-press fitting mechanism, so that the hot-press fitting mechanism can perform hot-press fitting of the film strip on a thin film material across the release film. According to the heating and pressing device, the release film for independently collecting and discharging is introduced between the film strip and the hot pressing mechanism, and the hot pressing head of the hot pressing mechanism is separated from the film strip by the release film, so that the phenomenon that the film strip is adhered to the hot pressing head when the film strip is heated and adhered on the film due to direct contact between the hot pressing head and the film strip is avoided; the reliability of hot-pressing bonding of the film strip on the film material is guaranteed, and the efficiency and quality of hot-pressing bonding of the film strip on the film material are improved.

The utility model relates to the technical field of folding screen discloses a kind of integrated film for foldable glass and foldable glass, the integrated film for foldable glass includes: release film, adhesive layer, substrate;Adhesive layer includes first adhesive layer, second adhesive layer, third adhesive layer in turn;Wherein, the initial adhesion of first adhesive layer, second adhesive layer, third adhesive layer increases in turn;The breaking elongation of second adhesive layer is greater than the breaking elongation of first adhesive layer and third adhesive layer.The integrated film provided by the utility model can replace one side PE test film to carry out misregistration bending test, directly shipped to the rear section (adhesion section) after misregistration bending test, without replacing PU film, simplify production process flow, improve the production yield of UTG product.

A dressing material for puncture of the present invention includes a support film, a frame sheet, and a release liner, which are laminated from an upper side in this order. An adhesive is used to bond the support film and the frame sheet, and bond the frame sheet and the release liner. The support film is a base material having a thickness of from 10 μm to 80 μm. The adhesive has a mass per unit area of from 30 g / m2 to 80 g / m2.

The utility model provides a stackable high-temperature shielding adhesive tape roll. The stackable high-temperature shielding adhesive tape roll comprises an adhesive tape inner cylinder and an adhesive tape body wound on the outer surface of the adhesive tape inner cylinder, the adhesive tape inner cylinder comprises a limiting groove, a cylinder body and a limiting block; one end of the barrel is provided with a limiting groove, and the other end of the barrel extends to form a limiting block; the limiting blocks are matched and connected with the limiting grooves; the adhesive tape body comprises a nano aluminum oxide coating, a base material layer, a composite adhesive layer and a release film layer; the surface of the base material layer is coated with nano aluminum oxide to form a nano aluminum oxide coating, and the other surface of the base material layer is provided with a composite adhesive layer; and a release film layer is arranged on the other surface of the composite adhesive layer. The limiting blocks are arranged to be matched with the limiting grooves, and the trapezoid-rectangle matching design is adopted, so that rapid alignment and rigid locking are achieved; and the rotating shaft is arranged in the barrel, so that the adhesive tape can be stably held by a single hand, smooth tearing is ensured, high-temperature warping can be reduced, and the using fitting degree of the adhesive tape is improved.

This utility model discloses a temperature-sensitive intelligent tag, belonging to the field of tag technology. The tag body has a multi-layer structure, consisting of a temperature-sensitive ink layer, an RFID functional layer, an adhesive layer, and a release liner from top to bottom. The temperature-sensitive ink layer is a thin film, with its lower surface tightly bonded to the upper surface of the RFID functional layer via a water-based adhesive. The RFID functional layer uses PET film as its substrate, and the area on the upper surface of the substrate that carries electronic components has an insulating coating. The adhesive layer is a continuously coated, uniform adhesive layer, fully bonded to the lower surface of the RFID functional layer on one side, and peelably bonded to the release liner on the other side. The release liner is made of glassine paper with a strength of 80–120 g / m². This tag combines temperature sensing and RFID technology, has a reasonable structural design, adheres firmly, is easy to use, and is suitable for temperature monitoring in logistics, warehousing, and other scenarios.

This invention relates to the field of metal product processing protection technology, and provides a method for a protective film with no residue adhesion, comprising the following steps: S1, protective film preparation; S2, preparation before automated lamination; S3, automated lamination and processing protection; S4, automated peeling and recycling. In this invention, a high-adhesion LDPE film without an adhesive layer is used as the core protective layer, which adheres to high-gloss metal products by its own adhesion, leaving no trace residue after peeling. The LDPE film is structurally reinforced by a composite PET tape layer, which is compatible with automated lamination equipment to achieve "automated lamination + automated peeling," eliminating the need for the complex "spraying-removal" process of existing ink & paint protection, greatly simplifying the process and improving processing efficiency. Both the LDPE film and the PET tape layer meet environmental protection requirements, the peeling handle facilitates quick peeling of the protective structure after processing, and the release film protects the protective structure from impurities during storage and transportation.

The utility model discloses a protective belt assembly and a display device. The protective belt assembly comprises a protective belt and a release film bonded to the front face of the protective belt, the protective belt assembly is divided into a plurality of sub-protective belt assemblies by cutting lines in the width direction of the protective belt, and the length of the sub-protective belt assemblies is determined according to the length of each protective area, needing to be protected, of the protective belt. The protection belt assemblies of different sizes are normalized by dividing the protection belt assemblies into the multiple sections of sub protection belt assemblies, one protection belt assembly can adapt to protection of protection areas of different sizes, multiple protection belt assemblies are not used, the material types are few, and if the protection belt assembly is not normalized, has multiple structures and needs to adapt to the protection areas of different shapes or sizes, the protection belt assembly can be used for protecting the protection areas of different sizes. The structure is complex, after normalization, the protection belt assembly of one structure can adapt to protection of protection areas of different shapes or sizes, and the structure is simple; after normalization, the protection belt assembly can be shared, only one protection belt assembly needs to be purchased, the purchase quantity of the protection belt assembly is large, and the cost is low.

The utility model relates to a kind of off-type membrane silicone oil quantitative transfer coating curing device, belong to off-type membrane production equipment technical field, including installation bottom plate, the top of installation bottom plate is fixedly installed with the support vertical board of two numbers, two The winding roller is rotatably installed between support vertical board, two The double curing assembly is arranged between support vertical board, the double curing assembly includes the hollow roller of three numbers rotatably installed between two The support vertical board, the both ends of the hollow roller rotatably install rotary connector.Off-type membrane silicone oil quantitative transfer coating curing device, by being provided with three hollow rollers of triangular distribution between two support vertical board, so that the off-type membrane of coating completion, bypass three hollow rollers, hot water is passed into the inside of hollow roller, off-type membrane is heated and solidified, off-type membrane is irradiated and solidified by three ultraviolet lamps, three double solidification, improve the effect of solidification.

The object of this invention is to provide a polypropylene film with excellent transfer resistance and handling properties. [Solution] The surface with a relatively low surface roughness Sa is designated as surface A, the surface with a high surface roughness Sa is designated as surface B, and the sharpness of the surface height distribution of surface A is designated as Sku. A , the Sa on surface B is Sa B In that case, the Sku A The value is 5.0 or more and 250 or less, and the aforementioned Sa B 100nm or larger 1.0×10 3 / Log(Sku A A biaxially oriented polypropylene film characterized by having a size of ) nm or less.

The utility model relates to UV curing coating machine technical field, and disclose a kind of light-cured release film UV curing coating machine, the top left end of base is fixedly connected with mount no.

This utility model belongs to the field of release film technology, and particularly relates to a vertically textured breathable release film, comprising: a vertically textured film layer, the upper surface of which is provided with a plurality of grooves extending along the length direction of the release film, the plurality of grooves being arranged parallel to each other, and the bottom of each groove having a plurality of breathable holes penetrating the vertically textured film layer in a vertical direction, the plurality of breathable holes being arranged along the length direction of the groove; a breathable fiber layer, disposed on the bottom surface of the vertically textured film layer, the breathable fiber layer having a porous structure, the top end of the breathable holes being directly connected to the outside, and the bottom end of the breathable holes being connected to the outside through the porous structure; and a substrate layer, disposed on the bottom surface of the breathable fiber layer. This utility model can further improve the air venting smoothness of the release film, allowing air bubbles between the product and the release film to be quickly expelled even when the product adhesion is high.

The present application relates to the technical field of functional film, in particular to a functional film with controllable adhesive property and preparation method thereof.The functional film comprises a film substrate, a pressure-sensitive adhesive layer coated on the film substrate, and a release film layer temporarily attached to the pressure-sensitive adhesive layer.The functional film has the property of increasing adhesive property after ultraviolet irradiation, and the ratio of the peeling force F2 after ultraviolet irradiation to the peeling force F1 before ultraviolet irradiation is greater than 5.The current on the adhesive surface of the functional film prepared by the present application is 10-1000 pA, and the through current is 50-500 pA.Compared with the prior art, the functional film prepared by the present application has controllable current on the adhesive surface and through current, excellent electrical performance, avoids the problems of current accumulation in the adhesive layer, interference with signal transmission accuracy, and local overheating, and improves the application safety of the material.

The application relates to a processing device of a single-sided adhesive tape product with a small handle and a processing method thereof. The processing device comprises a first feeding mechanism, a second feeding mechanism, a first die-cutting mechanism, a release film waste discharging mechanism, a third feeding mechanism, a second die-cuting mechanism, a third waste discharging roller and a material collecting roller which are sequentially arranged along the material tape running direction. Compared with the prior art, the application uses two different release films with different peeling forces for the handle film and the release film used at the non-handle film position, so that the handle film cannot fall off during use, the single-sided adhesive tape at the non-handle position cannot be torn or torn into a roll during use, the yield is improved, and the original problem is basically completely solved.

The utility model discloses a kind of release film for polarizing sheet, comprising: substrate layer, its one surface is provided with release layer;Release layer and substrate layer between are provided with repair layer, repair layer and release layer concave-convex cooperation, the other surface of substrate layer is provided with tear-aiding layer, tear-aiding layer is connected with substrate layer by first adhesive layer of point or net shape.The above-mentioned release film structure for polarizing sheet is reasonable, through the repair layer of concave-convex cooperation with release layer, deep or shallow scratch can be repaired in place;Through the tear-aiding layer of first adhesive layer of point or net shape and substrate layer connection, release film is adhered after cutting with product, there is no bonding between tear-aiding layer and substrate layer at cutting edge, and then tear-aiding layer is torn up by pushing, which helps to peel off release film adhered after product.

The application discloses a black matte epoxy adhesive film for a display module and a preparation method thereof. The adhesive film comprises, in sequence, a light release film layer, a transparent adhesive film layer, a black adhesive film layer and a heavy release film layer. The transparent adhesive film layer and the black adhesive film layer both contain raw materials such as epoxy resin, epoxy curing agent and modified UV resin in a specific ratio. The modified UV resin is prepared from polyol, isocyanate and hydroxy acrylate through a specific process. The black and transparent film layers are prepared by step-by-step preparation of glue, and the four-layer composite structure is formed through roll coating, compounding and weak light curing. The adhesive film has excellent matte effect and ink color consistency, low internal stress, firm adhesion, strong environmental stability, simple and efficient preparation process, small equipment investment, and is suitable for display module packaging requirements and mass production.

A pressure-sensitive adhesive tape suitable for component cutting process is provided. The pressure-sensitive adhesive tape includes a release film layer, an adhesive layer, and a support base layer that are stacked in sequence. Based on the adhesive layer having a total weight percent of 100 wt %, the adhesive layer includes 40-50 wt % of an acrylic resin, 40-65 wt % of an epoxy monomer, 0.05-0.5 wt % of a hardener, and 0.5-1.0 wt % of an initiator. The adhesive layer has a first acid value before being exposed to an ultraviolet light, the adhesive layer has a second acid value after being exposed to the ultraviolet light, and the second acid value is smaller than the first acid value.

1. Name of the product in this design: Powder Fixing Machine (DS805A). 2. Application of this design: Hot melt powder is adhered to the pattern area of ​​the release film, then heated to melt the hot melt powder, and after cooling, a three-dimensional pattern is formed. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. Bottom views are uncommon, so they are omitted.

The utility model discloses a kind of polarizing sheets with double-sided adhesive, including polarizer, the top and bottom of the polarizer are all fixedly connected with triacetate cellulose film, the outside of triacetate cellulose film is fixedly connected with polarizer layer, the outside of the polarizer layer is fixedly connected with adhesive film, the outside of the adhesive film is fixedly connected with release film, the outside of the release film is fixedly connected with scratch-resistant coating, the outside of the scratch-resistant coating is fixedly connected with reinforcing coating strip, the inside of the scratch-resistant coating is provided with ceramic fine powder particle layer, the ceramic fine powder particle layer cooperates with scratch-resistant coating and uses, the bottom of the ceramic fine powder particle layer is provided with carbonized nitrogen powder layer.The utility model polarizing sheet changes traditional in storage or handling process, very easy to encounter friction scratch and other phenomena, scratch-resistant coating and reinforcing coating strip are used to carry out scratch-resistant reinforcing treatment, so that it can guarantee that its service performance will not be damaged due to external force, increase its service life.

The application discloses a manufacturing method for improving poor resin flow of a multilayer printed circuit board, and particularly relates to the field of printed circuit board manufacturing, and comprises the following steps: step S1, first, inner layer circuit manufacturing and brown processing are completed to obtain a core board to be laminated, the core board comprises a core board with a circuit pattern and a full copper / half copper light board core board; step S2, a lamination structure is configured according to the type of the core board, the type of the core board comprises kraft paper and special auxiliary materials, the special auxiliary materials comprise a partition plate copper foil and a release film; step S3, a large-area glue filling special program is adopted, and pressure, temperature and holding parameters are set; step S4, a laminated board is completed according to the configuration, a press is fixed, and lamination is completed according to the set program. The application precisely improves the resin flow state of a small-area copper-free area of the multilayer printed circuit board, completely solves the problem of poor resin flow, significantly improves product pass rate and interlayer bonding reliability, has strong process adaptability, is low in cost, does not need additional equipment modification, and is suitable for batch production requirements.

The invention relates to a method, system and a product thereof, wherein glassine or supercalendered kraft (SCK) paper, which has been used as a release liner substrate, is recycled into a high-quality pulp. When highly specific raw material is used for recycling, the characteristics of the recycled pulp may be adjusted already upon recycling. The method and the system is configured to adjust the fibrillation of the pulp such that the recycled pulp can be used without further refining for manufacturing new glassine or SCK paper. The compatibility of the recycled pulp may further be optimized for glassine or SCK paper production, respectively. Advantageously, the recyclable material is sorted based on the paper colour, prior to recycling. A recycled pulp may be provided which does not need to be bleached during the pulp recycling, prior to introducing it into a new glassine or SCK paper production.

This utility model relates to the field of release film processing technology and discloses a multi-layer composite integrated molding equipment for release films. It includes a molding equipment body and an adjustment mechanism, an edge trimming mechanism, and a dust removal mechanism mounted on the molding equipment body. The adjustment mechanism includes a fixing frame and adjustment components. The edge trimming mechanism includes a mounting frame and a mounting rod, with two edge trimming components slidably sleeved on the surface of the mounting rod. This multi-layer composite integrated molding equipment for release films, through the dust removal components, ensures that after the multi-layer composite molding of the release film is completed, the edges are trimmed by the edge trimming mechanism, and the material passes through the inside of the mounting cover. A negative pressure fan is then activated, and dust particles on the surface and bottom of the molding material are adsorbed through a negative pressure suction port, thus achieving dust removal. This avoids the problem of directly rolling up the film after the lamination process, which would leave dust particles adsorbed on the film surface and cause them to be rolled up together. This helps ensure the cleanliness of the finished product before rolling up.

The application discloses a composite film preparation equipment, comprising a transfer device and a die-cutting device, the transfer device is used for pasting conductive cloth and release film to obtain a composite film, the die-cuting device is arranged downstream of the transfer device and is used for cutting the composite film; the transfer device comprises a first compression roller group, a second compression roller group, a first positioning jig and a second positioning jig, and the die-cuting device comprises a cutting mechanism, a punching mechanism and a die-cutting positioning jig; the composite film preparation equipment provided by the application can efficiently and reliably continuously prepare finished films through the linear layout of the transfer device and the cutting mechanism; through the first positioning jig and the second positioning jig, the conductive cloth flowing in the transfer process can be limited at the required preset position and has a unified preset state, so that the preparation yield of the composite film is ensured; further cooperating with the die-cutting positioning jig, the conductive cloth in the composite film can serve as a reverse positioning tool, so that the punching mechanism can accurately act on the film, and the preparation yield of the finished film is further ensured.

The present invention provides an adhesive body in which a reduction in adhesive force after the adhesive body is stored and transported is prevented even in a configuration in which a release liner is not provided. The present invention relates to an adhesive body including an adhesive, in which an adhesive composition forming the adhesive contains a base polymer and a tackifying resin having a weight average molecular weight of 1,500 or less.

A transdermal patch is provided, which comprises: a backing layer; a first drug-containing adhesive layer comprising a first nicotine or a pharmaceutically acceptable salt thereof and a first adhesive; a second drug-containing adhesive layer comprising a second nicotine or a pharmaceutically acceptable salt thereof and a second adhesive; and a release liner, wherein the first drug-containing adhesive layer and the second drug-containing adhesive layer is disposed between the backing layer and the release liner.

This invention relates to a release film for lithium transfer and a method for manufacturing the same. More specifically, it relates to a release film for transferring lithium (Li) deposited on a release film to a battery current collector. The release film minimizes pinhole formation during lithium (Li) deposition, exhibits excellent deposition efficiency, and provides excellent efficiency in transferring lithium deposited on the release film to the current collector. Furthermore, due to its low lithium peeling force, lithium can be easily transferred to the current collector even at lower pressures and temperatures.