292 results about "Stickies" patented technology

The present invention discloses a paper cigarette filter rod filter media and a processing method thereof, wherein the paper filter media is obtained through performing a dry process on the following components: 40-74% of natural cigarette fiber, 4-40% of bast fiber, 1-12% of natural tobacco waste raw material, and 4-20% of adhesive. The method comprises the following steps: raw material processing, main fiber mixing shaping, waste material adding and prepared paper shaping process. After the natural tobacco fiber is mixed with the bast fiber, discongestion is performed. After sufficient dispersion, the mixed material is conveyed to a shaping section through a blower for being laid on a net and shaped. A fluffy and uniform fiber net is formed on a shaping net belt. The cigarette filter media paper is obtained through adhesive applying, preheating, roller pressing, solidifying and shaping. As the cigarette fiber is used as the main fiber raw material, the paper cigarette filter rod filter media according to the invention has reduced foreign gas of wood and settles a problem that the fragrance quality is reduced by the foreign gas of wood in the prior-art paper filter rod. The natural tobacco waste raw material is added in the paper shaping process. Not only is whole aesthetic quality of the cigarette improved, but also the tobacco raw material is uniformly distributed in the dry process paper and does not easily drop off. The quality of the filter rod is more stable.

The invention relates to a low glue consumption method for making a medium density fiberboard, which comprises the following steps of: material preparation, i.e. processing the raw materials of small dimension wood, brush wood and the like into wood chips by adopting a drum chipper; fiber preparation, i.e. sending qualified wood chips to a wood chip cooking pot through a belt conveyor, introducing papermaking waste liquid into a boiler to carry out cooking softening treatment after filtering the papermaking waste liquid, sending the wood chips which are cooked and preheated into a thermofiner to carry out mechanical separation through a feeding screw, and filling molten wax before the wood chips enter a grinding chamber body of the thermofiner, so that after the wood chips are separated into the fibers, the wax is uniformly distributed on the surfaces of the fibers; sizing and drying of the fibers, wherein a production process of firstly sizing and then drying is adopted; pavement and formation of a board blank; hot-press forming, i.e. sending the single board blank into a hot press to carry out hot pressing through a loader, so that under the combined action of heat and pressure, moisture in the board blank is gasified and evaporated, the density of the board blank is improved, glue is cured and a waterproof agent is redistributed; and post-processing, i.e. finally, sending the obtained product into a sanding machine to carry out surface processing. The low glue consumption method for making the medium density fiberboard is simple and convenient.

The invention discloses a masking tape containing a printing layer and a preparation method thereof. The masking tape comprises a substrate, wherein one side of the substrate is provided with an adhesive layer, and the other side of the substrate is sequentially provided with a printing layer and a release layer; the substrate is masking tape base paper impregnated by a hydroxy butadiene-styrene emulsion; the printing layer is a water-based ink; the adhesive layer is a water-based acrylate pressure-sensitive adhesive; and the release layer is a water-based release agent. All the raw materials are water-based materials, and thus, the production technique is environment-friendly; and the product has the advantages of stable performance, long shelf life, low production cost and high added value.

The invention relates to melamine-urea-formaldehyde copolycondensation resin (MUF) wood adhesives and a method for preparing the same, belonging to the wood processing and production technical field. The adhesives are formed by copolycondensation of melamine (M), urea (U) and formaldehydes (F) and are characterized in that: the formaldehydes are added at a time and the urea and the melamine are added for a plurality of times, and the amount of the formaldehydes is over 40 percent of the total amount of the urea and the melamine, wherein, the formaldehydes are added at a time during the initial reaction stage, and urea for the first time and melamine for the first time are added during the initial reaction stage; after the urea for the first time is added, the mole ratio of the formaldehydes and the urea is controlled to be over 2.9; melamine for the second time is added during the intermediate reaction stage; and urea for the second time is added during the late reaction stage. The melamine-urea-formaldehyde copolycondensation resin (MUF) wood adhesives have the advantages of good stability, excellent performance and so on, are used for producing hard boards and particularly high-performance hard boards, laminwood and so on, and also can be used for producing impregnated paper.

Methods for inhibiting the depositions of organic contaminants from pulp in pulp and papermaking systems are disclosed. A combination of an enzyme and a nonionic polymeric detackifier are added to the pulp or applied to deposition-prone process equipment surfaces of a pulp and papermaking system.

A high-density filtering fibreboard is prepared from sepiolite wool, paper pulp fibre, adhesive (polyvinyl alcohol or epoxy resin), wet strengthening agent (polyvinylimine, polyamide epoxy resin, or cyanuramide), and dry strengthening agent (carboxymethyl cellulose or polyacrylamide) through preparing pulp, mixing shaping, baking, and shearing by needed sizes. It has high porosity and filtering throughput.

The invention discloses a method for controlling secondary stickies in paper pulp and white water during waste paper papermaking process through lipase. According to the invention, the pH (potential of hydrogen) value of lipase ranges from 7.5 to 9.0, the enzyme activity is larger than 100 U/mL, the hydrolysis rate for triglyceride is not lower than 95%, and transesterification and lipid synthesis rate of alkaline lipase is lower than 3%; a paper pulp processing method comprises the steps that lipase which is 0.001-0.5% of paper pulp dry weight is added into paper pulp with the pulp concentration which is adjusted in a range from 2% to 5%, and then the processed pulp is filtered, centrifuged and detected; and a white water processing method comprises the steps that lipase which is 0.001-0.5% of white water weight is added into papermaking white water for processing, and then the processed white water is filtered, centrifuged and detected. The method utilizes lipase to degrade the stickies thoroughly and reduce the deposition trend of the stickies, so that the removal purpose is achieved, and the problem of secondary sticky pollution is thoroughly solved; and the operation is simple, the removing effect is remarkable, the waste paper papermaking quality is improved, and the production cost is reduced.

The invention discloses a production process for a high-strength carton. The production process comprises the following steps: 1) manufacturing a cardboard: selecting two pieces of kraft paper, and bonding the two pieces of kraft paper through a tackifier, thereby manufacturing the cardboard; 2) printing an image: selecting an image printing forme, transfer-printing printing ink onto the cardboard by use of an offset press, and nearly drying the printing ink by utilizing ultraviolet irradiation for later use, wherein a printing temperature ranges from 20 DEG C to 26 DEG C; 3) cutting the cardboard, and cutting the mounted kraft paper according to geometric figures of the kraft paper by use of a die-cutting blade on a die cutter; and 4) bonding the cardboard: bonding the die-cut kraft paper through a carton bonding machine, thereby forming a carton finished product. The production process is easy to realize, and the prepared carton is high in anti-pressure ability.

A non-formaldehyde-release consolidated composite floor and a production method thereof are disclosed, the non-formaldehyde-release consolidated composite floor from the surface to the bottom sequentially comprises an impregnated wear-resistant paper layer; an impregnated decorative paper layer; a high-density fiberboard substrate layer prepared from a MDI ecological adhesive; and an impregnated balance paper layer; and the production process is as follows: using 37wt% formaldehyde, melamine, urea, hexanolactam and diethylene glycol for preparation of melamine formaldehyde resin; mixing 1.4 to 1.6 parts by weight of cetyl trimethyl ammonium bromide and 55 to 57 parts by weight of deionized water, stirring evenly, adding 18 to 20 parts by weight of a tea extract and 23 to 24 parts by weight of carbonyldiimidazole for preparation of a formaldehyde catcher; using the obtained melamine formaldehyde resin and formaldehyde catcher, and urine phthalic acid and triethanolamine for preparation of impregnation resin; using the obtained impregnation resin for preparation of impregnated wear-resistant paper, impregnated decorative paper and impregnated balance paper; and using a high-density fiberboard prepared by the MDI ecological adhesive, and the prepared impregnated wear-resistant paper, impregnated decorative paper and impregnated balance paper for preparation of the consolidated composite floor.

The invention discloses a formula for sludge corrugated base paper, which consists of major ingredient and accessory, wherein the major ingredient is papermaking waste water sludge; and the accessory is mixing superfine padding formed by mixing inorganic superfine padding and organic superfine padding. The invention further provides a production process for producing corrugated base paper by the formula for sludge corrugated base paper, as well asprovides sludge corrugated base paper and case board paper prepared by the invention and a corrugated board made of adhesives. The papermaking waste water sludge is directly used as papermaking raw materials to be recycled and manufactured into recycled paper, so that the invention can solve the problem of secondary environment pollution caused by papermaking sludge; the solid wastes of the papermaking waste water sludge can be recycled; and the produced corrugated board has better strength and waterproof property.

The invention relates to a biodegradable bonding agent material prepared from LA (lactide) chemical synthesis products. The LA materials are poured into a reaction container containing solvents according to the proportion of 5 to 50 percent of the mass of the solvents; a reactor has a stirring and control function; the reactor is controlled under the nitrogen gas protection condition; a certain reaction temperature is controlled; meanwhile, the stirring is performed; after the LA is completely fused, catalysts are added; after reacting for a period of time, stirring is stopped; after the materials are taken out, extraction and centrifugation are performed, so that the LA chemical synthesis products are obtained; then, the LA chemical synthesis products are dissolved by acetic ester, so that the biodegradable bonding agent is obtained. The bonding agent has the characteristics that the preparation is simple; the relative molecular weight and the viscosity are controllable; the biodegradable performance is realized. The biodegradable bonding agent material can be used in the fields of adhesive tapes, leather, sticking paper, stationery, office, electronics, automobile edge trimming fixation, shoe industry, handwork ornament pasting and fixation and the like.

The film coating plywood for bottom plate of container consists of laminated and pressed single plates and has soaked coating paper on its one or two surfaces. Its production process includes the following steps: laminating and gluing dry single plates painted with phenolic resin as adhesive to certain thickness, polishing, sawing edges, repairing to form the base material, adhering soaked coating paper on its one or two surfaces, milling edges and sealing edges. The present invention has the features of high impact strength, high wear resistance, and high fouling resistance, and may be used directly without further coating.

The invention discloses a selective absorbing dry method paper filter material for a cigarette filter tip rod and a preparation method thereof. The selective absorbing dry method paper filter material is formed by processing 80-100 parts of base material fibers, 0-20 parts of adhesive and adsorbing materials of which the weight is 0.5 percent to 10 percent of that of the base material fibers through a dry method papermaking technology. The preparation method comprises working procedures of fiber net formation, adsorbing material coating and paper making and formation, that is to say, after fiber nets are formed by fibrous raw materials containing hot melting fibers in an air-laid manner and are pre-pressed, the adsorbing materials are evenly sprayed into accumulated fiber net layers, or are sprayed and coated on the front surfaces of the fiber nets after being mixed with the adhesive, and the fiber nets are formed in a rolled manner; after the adsorbing materials are sprayed and coated on the back surfaces of the fiber nets, glue is applied to the fiber nets, the fiber nets are additionally formed in a rolled manner, and then the paper filter material is obtained. By adopting the selective absorbing dry method paper filter material, harmful ingredients such as solid particle matters, nicotine and nicotinamide in cigarette smoke can be effectively reduced, the tar content can be markedly reduced, the cigarette smoking quality can be improved and the cigarette safety can be enhanced. The preparation method of the selective absorbing dry method paper filter material has the advantages of simple and convenient technology, easiness in operation and high practicality.

The present invention discloses a glass wall paper composite board and a producing method thereof, capable of prolonging a service lifetime of the wall paper greatly, improving a decorative effect andrigidity of the wall paper, especially being adapt to a fixed building, the plumbing installation of a toilet and a bathroom and facilities of a swimming pool. the glass wall paper composite board includes a glass layer and a wall paper surface pattern layer, wherein a transparent or semi-transparent adhesive layer is provided between the glass layer and the wall paper surface pattern layer, thebottom of the wall paper surface pattern layer is provided with a complementary color protective layer, so as to form a glass wall paper composite board with a four-layer structure. An optimum methodis that a thin complementary color protective layer is coated on a bottom face of the wall paper surface pattern layer, and a thick paint protective layer is coated on a bottom face of the complementary color protective layer.

The invention relates to a high strength fiber board which comprises 90-95 portions of paper pulp by weight and 5 to 10 portions of adhesive by weight. When the paper pulp which is raw paper pulp or deinked wastepaper paper pulp is taken as a raw material, a board body shows a maple color, and the density of the high strength fiber board is 1.3 to 1.5g/cm3. When the thickness of the high strength fiber board is 3mm, the static bening intensity of the high strength fiber board is 85 to 95MPa, the elasticity modulus of the high strength fiber board is 15000 to 17000MPa, and the inner bonding strength of the high strength fiber board is 2 to 5MPa. The production of the high strength fiber board comprises the following eight steps of: the pulping and the deinking of the paper pulp, squeezing for dehydration, gum dipping, squeezing for degumming, drying or refrigeration, crushing, mat formation and hot pressing. The high strength fiber board made according to the method has the advantages of single raw material, convenient collection, low cost, high strength of manufactured boards, and is especially suitable for being used as decorative boards and bottom boards on the high-level vehicles.

The invention relates to a production method for a waterproof paper honeycomb compound sandwich board. The production method comprises the following steps: 1) preparing a gum dipping solution, namely dissolving an adhesive agent in a diluting agent to prepare the gum dipping solution; 2) dipping gum, namely placing a paper honeycomb core into the gum dipping solution for gum dipping treatment; 3) standing, namely naturally drying the gum-dipped paper honeycomb core until the gum dipping solution does not drop, and placing the paper honeycomb core onto a film; 4) drying, namely placing the paper honeycomb core and the film for 10-30 minutes at the temperature of 60-80 DEG C, moving away the film, and placing the paper honeycomb core for 1-2 hours at the temperature of 150-170 DEG C; and 5) pressing, namely hot pressing the paper honeycomb core, upper and lower skins and a bonding layer. According to the production method, the paper honeycomb core is dipped with the gum and correspondingly processed, so that the compound sandwich board produced by the paper honeycomb core is good in waterproof performance, water is not accumulated in the paper honeycomb core due to moisture invasion in the process of long-term use so as to avoid increment of thermal conductivity and degumming, and the performance of a product is improved.

The invention relates to a method for enhancing whitening efficiency of an optical bleaching agent (OBA) in a double-coated/multi-coated paper or coated paper board with starch. In the method provided by the invention, starch is substituted for part or all of expensive synthetic latex adhesive in the paint by utilizing the characteristic that the cheap starch can retain the OBA on the surface of the coated paper, and meanwhile, the consumption of the expensive OBA carrier PVA (polyvinyl alcohol) or CMC (carboxymethyl cellulose) is lowered, thereby being beneficial to environmental protection and greatly lowering the production cost of the coated paper and coated paper board. The invention is suitable for factories for producing enamelled paper, coated ivory board, coated white board, coated box paper board, coated kraft cardboard, and other coated paper and coated paper boards by a double-coating or multi-coating technique.

Methods to control organic contaminants in fibers are described. One method involves contacting the fibers with a) at least one zeolite and optionally b) detackifier, or an ester hydrolyzing enzyme, or both, for a sufficient time and in a sufficient amount to control the organic contaminants present in the fibers. This method is effective to reduce stickies in paper mill furnish formed with recycled fibers. A method for pitch control in paper mill furnish formed with virgin fibers is also provided. Resulting paper products formed from the processed fibers are also described as well as methods to make them.

The invention provides a method for manufacturing calcined type fireproof mica tape. The method includes the steps of preparing tackiness agents, preparing tackiness agent solutions, coating glass fabric with the tackiness agent solutions, gluing mica paper and the glass fabric, and carrying out baking in a dryer. The method is characterized in that baking is carried out within three periods at different temperatures. The mica tape produced with the method is free of falling, powder falling, foam generating and reverse gluing and good in breathability, the mica paper is not separated from the glass fabric after the mica tape is soaked by methylbenzene for seventy-two hours, and the temperature resistant level and the voltage withstand level of the mica tape are higher; in addition, the rate of finished products is quite high, flexibility is excellent, and various properties are more stable.

The invention discloses a rich mineral paper-based turnover box for cigarettes and a processing technology thereof, and aims to provide a turnover box for cigarettes which is environment-friendly, reliable in quality and capable of being recycled and a processing technology of the turnover box for cigarettes which is simple in technology, low in manufacturing cost and reliable in quality. The turnover box for the cigarettes comprises a polygon cellular core board which is produced by taking the rich mineral paper as the raw material, rich mineral paper face plates adhered to two end surfaces of the polygon cellular core board, and RFID (radio frequency identification) electronic tags arranged on the rich mineral paper face plates. The processing technology of the invention comprises the steps of producing the polygon cellular core board by taking the rich mineral paper as the raw material; through the corona treatment and using the double-component glue as an adhesive, adhering the rich mineral paper as panel with the polygon cellular core board to manufacture the polygon cellular board rich mineral paper board, then slitting, edge sealing, impressing, printing, attaching the RFID electronic tags, and nailing box and shaping. The turnover box is suitable for loading multiple kinds of materials.

The invention discloses a manufacturing method for an environment-friendly coated abrasive tool product. The method includes the steps that abrasive material is attached to a paper base with an environment-friendly tackiness agent used for the coated abrasive tool product; water-based PUR dispersoid is added in a matrix tackiness agent, and the PUR dispersoid and the matrix tackiness agent after mixing are added to a slurry groove for drying to obtain the environment-friendly tackiness agent used for the coated abrasive tool product, drying temperature is 65-75 DEG C, the matrix tackiness agent comprises, by weight, 60-80% of water-based polymer resin, 26-50% of fillings, 1.5-3% of surfactants, 6-8% of pigments and 11-20% of diluents, and the sum of all the component percents is 100%. According to the manufacturing method for the environment-friendly coated abrasive tool product, the adhesive property between the paper base and the abrasive material is made to be good, and the environment-friendly coated abrasive tool product has good water resistance, napping adhesion and abrading performance.

The invention discloses a composite artificial board with anticorrosion performance, mould proof performance and high fire resistance and a manufacturing method of the composite artificial board. Thecomposite artificial board is formed by veneer layers and a board blank layer. Each veneer layer is made of a wood material or a non-wood material, and plywood or a core-board or an oriented strand board or a straw board serves as the board blank layer. After being glued and compounded through a polyurethane glue agent, an aldehyde-free biomass glue agent or melamine formaldehyde glue, a water-proof agent, a mould-proof agent, a fire retardant and a tackifier, the veneer layers are evenly paved on the upper face and the lower face of the board blank layer, and the composite artificial board ismanufactured through high-temperature hot pressing treatment. According to the composite artificial board with anticorrosion performance, mould proof performance and high fire resistance, the servicelife is long, and the green and environment protection requirements are met; and the problems that due to the existing production process of directly pressing veneer artificial boards such as impregnated film paper veneer plywood, impregnated film paper veneer core-boards and impregnated film paper veneer oriented strand boards, the requirement for the surface quality of base material artificialboards is high, the physical and chemical property is poor, and the percent of pass of products is low are solved.

The invention discloses a high-intensity water-resistance corrugated board and a preparation method of the high-intensity water-resistance corrugated board according to the national standard GB/T22873-2008. The high-intensity water-resistance corrugated board comprises surface paper and inner paper, wherein a corrugated paper layer is arranged between the surface paper and the inner paper; a high-intensity water-resistance adhesive is coated between the peak surface of the corrugated paper layer and the surface paper as well as the inner paper; a special water-resistance additive is added into the conventional corrugated board adhesive; and various technological parameters of a board automatic line are optimized by an ultrafine particle pulping technology, so that the water resistance of the corrugated board is greatly improved and is much higher than the advanced level of products of the same type in foreign countries.

The invention discloses safe high efficiency complex type anti-fungicide paper and its manufacturing method. It is used the common kraft as base paper. One surface of the base paper is painted or spayed one layer complex type anti-fungus agent formed by o-phenyl phenyl phenol, benzoic acid, nipalgin propyl ester, and sorbic acid. The complex type anti-fungus agent layer is painted one layer complex type adhesion agent contained anti-fungus agent propionic acid, carbendazim, and vitamin E or C, and antioxidant complex type adhesion agent. The manufacturing method includes the following steps: selecting base paper; preparing and painting and spraying complex type anti-fungus; preparing and painting and spraying complex type adhesion agent. The anti-fungicide paper is no odor and peculiar smell, not influenced by environment, and no harm for people and animal. It can be applied to mould proofing of tobacco and its products, foods, forage, and so on.