379results about How to "Fire-resistant" patented technology

The invention discloses an external insulation system and a construction method of a straight compressing EPS inorganic composite plate. The external wall firstly pre-produces the straight compressing EPS inorganic composite plate or a straight compressing EPS inorganic composite decorative board in a factory and compresses an inorganic composite enhancement layer onto a single-side of an expanded EPS plate by using a mechanical method; the outer surfaces of a base course wall of a building all adopt the EPS inorganic composite plate which adheres to a leveling blanket through bonding sands; the slab joint is pointed by jointing material and the outside of the jointing material is sealed again by weather proofing sealant; and a finish is arranged at the lateral of the system. The invention is characterized by the anti-crack, the good durability, the reliability and safety, the low cost and the fast construction.

The invention discloses a microcrystalline foamed wall block produced by use of tailings and a manufacturing method of the microcrystalline foamed wall block. According to the microcrystalline foamed wall block, a decorative surface layer is sintered on a tailing microcrystalline foamed base body manufactured by use of a tailing composite material at a high temperature. The manufacturing method comprises the following steps: (1) preheating, namely increasing the temperature to the range of 800-950 DEG C and preserving heat for 10-40 minutes; (2) integrated sintering, namely increasing the temperature to the range of 1000-1350 DEG C and preserving heat for 30-120 minutes; (3) annealing cooling, namely cooling to below 280 DEG C and then taking out of a kiln; (4) naturally cooling to below 100 DEG C and then performing mold stripping, thereby obtaining a microcrystalline foamed wall block board; naturally placing the microcrystalline foamed wall block board for more than 60 hours to eliminate stress, and then grinding or polishing, cutting and drying to obtain the microcrystalline foamed wall block. The microcrystalline foamed wall block has a plurality of functions of high strength, fire resistance, heat preservation and thermal insulation, moisture and water proofing, decoration, light weight, weathering resistance, environmental protection and the like.

The invention relates to a building material and a method for preparing the same, in particular to a glass fiber reinforced cement board and a method for preparing the same. The glass fiber reinforced cement board comprises the following components in weight portion: 100 portions of Portland cement, 13.6 to 15 portions of high alumina cement, 3.1 to 3.4 portions of fly ash, 5.7 to 6.3 percent of plaster stone powder, 120 to 132 portions of ceramsite, 6.5 to 7.1 percent of foaming agent, 74.5 to 81.3 percent of dispersing agent, 53 to 58.7 portions of pure water and 3.6 to 4 portions of plastic-coated glass fiber grid cloth. The preparation method sequentially comprises the following steps: mixing weighed-up solid materials, adding weighed-up liquid materials in the previous step, cavity forming, roll extruding, vibration, cutting and curing. The invention has the advantages that: the glass fiber reinforced cement board has advantages of light volume weight, high strength, low dry shrinkage wet swelling coefficient, no after expansion and shrinkage, corrosion resistance, sound insulation, heat insulation, fire resistance and non-combustion; the preparation method has the characteristics of scientific and reasonable method, continuous production, high efficiency and low cost, flat board surface, convenient in-site mounting and the like; the glass fiber reinforced cement board is good in water resistance, and particularly applied to the finishing of internal and external walls and ceilings of various buildings in wet environments; moreover, the glass fiber reinforced cement board and a method for preparing the same have the advantages of ensuring the strength and service life of cement due to the adoption of the plastic-coated anti-alkali glass fiber grid cloth, along with reasonable blending ratio and reduced alkalinity.

The invention relates to an iron oxide pigment, in particular to a fire-retardant black iron oxide pigment. The pigment provided by the invention is prepared from the following raw materials in parts by weight: 280 to 300 parts of black iron oxide, 5 to 8 parts of Na-montmorillonite, 1 to 2 parts of a silane coupling agent KH-5501-2, 3 to 5 parts of antimonous oxide, 4 to 6 parts of pyrophillite, 1 to 2 parts of calcium stearate, 3 to 5 parts of polyethylene wax, 1 to 2 parts of sodium dodecyl sulfate, 10 to 12 parts of coal ash, and 4 to 5 parts of an assistant. According to the pigment provided by the invention, the raw materials such as the polyethylene wax and the sodium dodecyl sulfate are used for improving the surface activity of a black iron oxide power; thus the distributing in a base material is more uniform, and the probability of sediment is low. The added raw materials such as Na-montmorillonite, antimonous oxide and pyrophillite ensure the black iron oxide pigment has the characteristics of fire resistance, flexibility, abrasion resistance, watertightness and damp resistance, and the like; during actual use, the fire-retardant black iron oxide pigment is safe and reliable, the covering power is large, and the application value is extremely high.

The invention relates to hydroxyapatite overlength nanowire flameproof paper with a waterproof function. The hydroxyapatite overlength nanowire flameproof paper with the waterproof function has super-hydrophobicity and fireproof and flame-retardant functions. The main component of the flameproof paper is hydroxyapatite overlength nanowire. The product also contains fatty acid salt or a perfluorinated compound modified on the hydroxyapatite overlength nanowire. The fatty acid salt or the perfluorinated compound carries out surface modification on the hydroxyapatite overlength nanowire. As hydroxyapatite overlength nanowire has rich surface reactive groups, the hydroxyapatite overlength nanowire is easy to undergo surface modification. Thus, the hydroxyapatite overlength nanowire is easy to combine with the fatty acid salt or the perfluorinated compound such that the hydroxyapatite overlength nanowire flameproof paper is endowed with an excellent waterproof function.

Disclosed are a cement polyphenyl granule concrete lattice composite wall shuttering, its manufacturing method, a lattice composite wall and its manufacturing method. The invention relates to the lattice composite wall shuttering, its manufacturing method, the lattice composite wall manufactured by the use of the shuttering and the manufacturing method thereof, so as to solve disadvantages of complicated operational processes and inflammable insulation materials in the prior art. The above purpose is realized by the following scheme: the shuttering comprises components of polyphenyl granules, cement, fly ash or slag, a shuttering bonding agent and water; the components are mixed with stirring to prepare a mixture of cement and polyphenyl granules; the shuttering bonding agent is diluted by the use of water, the solution of the shuttering bonding agent is added into the above mixture of cement and polyphenyl granules with stirring, the mixture is poured into a die, followed by compacting into half-plate cement polyphenyl granule concrete lattice composite wall shutterings; the two half plates undergo buckling and butt joint, and the composite wall is composed of the composite wall shuttering and a reinforced concrete core; and the several cement polyphenyl granule concrete lattice composite wall shutterings are respectively spliced in both vertical and transverse directions, steel bar is mounted in a core aperture, and self-compacting concrete is poured.

The invention relates to an energy-saving self-heat-insulation ceramsite building block and its manufacturing method and forming mould. The energy-saving self-heat-insulation ceramsite building block is made of, by weight, 35-50% of ceramsite, 20-29% of cement, 15-30% of coal ash, 0.5-1% of fibers, 2-5% of foaming agent, 0.3-0.5% of water reducing agent, 0.1-0.3% of waterproof agent and 0.2-0.5% of catalyst, wherein the volume of the ceramsite accounts for more than 80% of that of the whole building block. The manufacturing method of the building block includes steps of material selecting, metering, stirring, pouring, vibrating, steaming, tube drawing for demoulding, cutting forming and stacking for rest. The forming mould of the building block can be used for once forming of multiple medium-sized rectangular ceramsite building blocks, and each building block can be conveniently cut into standard small ceramsite building blocks. The energy-saving self-heat-insulation ceramsite building block is high in ceramsite content and has the advantages of light weight, warm retention, heat insulation, sound insulation, sound adsorption, low water adsorption, fire resistance, freezing resistance, quake proofing, corrosion resistance and the like.

The invention discloses a heat insulation energy-saving material. The heat insulation energy-saving material comprises the following components in parts by weight: 60-80 parts of cement, 30-40 parts of mineral cotton, 20-30 parts of sodium silicate, 10-30 parts of natural zeolite powder, 10-20 parts of coal ash, 5-15 parts of mullite fibers, 3-8 parts of floating beads, 5-10 parts of polyvinyl alcohol, 2-8 parts of carboxymethyl cellulose, 5-10 parts of a nano inorganic oxide, 8-15 parts of glass beads, 3-8 parts of glass fibers and 4-10 parts of an additive. The heat insulation energy-saving material is prepared by such processes as grinding dispersion, high-temperature mixing, standing cooling, sieving separation, pressing molding and high-temperature sintering. The heat insulation energy-saving material has the advantages of fire resistance, long service life, small heat conduction coefficient, environmental friendliness and the like, and meanwhile, has good acid and alkali corrosion resistance and ultrahigh weatherability.

The invention relates to an efficient sound-absorbing ceramsite, belonging to the technical field of a building material. Aiming to solve the problems that city pollution can not be well solved, product properties are poor, the poor sound-absorbing effects are poor and the production cost is high in the prior art by mainly using the shale as ceramsite, can be solved, The invention provides the efficient sound-absorbing ceramsite, which is prepared from raw materials mainly consisting of raw materials of 60-80% of sludge, 5-20% of the shale, 5-20% of coal ash and 1.0-10% of additive. The efficient sound-absorbing ceramsite provided by the invention has the properties of wide sound-absorbing frequency band, fire resistance, good durability, freezing resistance, seismic resistance, high sound-absorbing coefficient, high porosity, light weight, high strength, heat resistance, anti-permeability and the like. The efficient sound-absorbing ceramsite further can be used for preparing a road barrier and a metro sound-absorbing material and has wide application prospect. Furthermore, the efficient sound-absorbing ceramsite provided by the invention mainly uses city sludge, so that not only can the problem of the city sludge be solved well, but also the overuse of a natural resource of the shale is reduced.

The invention provides a graphene-based foamed ceramic insulation wallboard, which is made of the following components: potassium sodium feldspar, ceramic waste residue, graphene, vermiculite, high-temperature co-solvent, expanded graphite, zirconia, clay, stable agent and debonding agent. Using potassium sodium feldspar and ceramic waste slag as the base material, adding graphene and vermiculite to make the board more lightweight, high-strength, thermal insulation, and improve the performance of the board such as fire resistance, insulation and weather resistance, using expanded graphite as a foaming agent, using high temperature The foaming process can better control the density, pore distribution and pore size of the board, achieve better heat preservation and light weight effects, and make a board with remarkable anti-aging, corrosion resistance, heat insulation, sound insulation, waterproof and impervious, fireproof and fireproof. , lightweight, high-strength, non-cracking, green and environmental protection and other comprehensive performance in one foam lightweight wallboard.

The invention discloses a sound-insulating fireproof wallboard which at least comprises a reinforced protection layer and an inorganic foaming material which is arranged in the reinforced protection layer in a clamped mode. The reinforced protection layer and the inorganic foaming material are bonded and fixed to each other through a bonding layer. The bonding layer comprises an adhesive and an anti-cracking fiber net. The anti-cracking fiber net is attached to at least one surface of the adhesive of the bonding layer. The reinforced protection layer has high strength so that the requirement that the wallboard serves as a main support of a wall can be met. The inorganic foaming material enables an inner layer of the wallboard to be a multifunctional composite layer which is light, capable of insulating and absorbing sound, and resistant to fire. According to the bonding layer, the anti-cracking fiber net is uniformly added to the adhesive, so that the bonding force of a contact surface between the bonding layer and the inorganic foaming material is increased, and the bonding strength of the bonding layer and the inorganic foaming material is enhanced. Due to the fact that the whole wallboard is made of an inorganic material, the wall cannot generate poisonous gas or smoke even if the wall is heated and burns, and the heat transfer performance of the whole wall is low.

The invention relates to a building element, in particular a cement reinforced compound thermal insulation brick and process for preparing, wherein the brick is made from disintegrated agronomic crop stalks, 108 adhesive and cement through agitating homogeneously, die pressing and natural drying, the constituents by weight percentage are, agronomic crop stalks 70%-85%, 108 adhesive 0.4%-0.6%, and cement for the rest.

The invention relates to a corundum micro-pore heat-insulating and fireproof material and a preparation method thereof. The contents of raw materials of the corundum micro-pore heat-insulating and fireproof material are as follows: 40-50 wt% of corundum grain, 40-45 wt% of corundum fine powder, 5-10 wt% of active a-aluminum oxide micro-powder and 5-10 wt% r-aluminum oxide micro-powder, an additive, a dispersant account for 0.1-0.5 wt% of the above raw materials, nano aluminum oxide powder accounting for 0.1-1.5 wt% of the above materials and water accounting for 5-10 wt% of the above materials. The preparation method comprises the following steps of: dispersing the nano aluminum oxide powder into the water and dispersing under an ultrasonic vibration condition for 1-5 minutes to prepare a uniform suspension solution; then, gradually dropwise adding the suspension solution into a mixed material, and vibrating and molding; maintaining at a room temperature for 24-48 hours; de-molding and carrying out heat treatment at 1400-1600 DEG C; and keeping the heat for 1-5 hours. The corundum micro-pore heat-insulating and fireproof material and the preparation method thereof have the advantages of simple preparation process and lower energy consumption; a product has the advantages of small average hole diameter, high fireproof degree, great high-temperature resistance, low thermal conductivity and strong anti-corrosion resistance; and the product can be directly applied to a working layer of thermal equipment.

The invention discloses a novel composite thermal insulation block and a manufacturing method thereof. The novel composite thermal insulation block is mainly characterized in that the block body consists of an insulating layer and a reinforcing layer; the reinforcing layer made of cement mortar mixture is poured outside the insulating layer; either of two end faces vertical to the insulating layer arranged on the block body is provided with at least one mortar joint groove. The manufacturing method of the composite thermal insulation block is that a polystyrene plate is divided into appropriate sizes according to the size of a mould, and the divided polystyrene plates are fixed in the mould; pasty mixture prepared with water is foamed with a foaming machine and a foaming agent, is injected in an agitator, and is mixed and agitated with the mixture; the foamed mixture is injected into the fixed mould of the polystyrene plate; and the top is screeded, naturally air-dried or oven-dried; and standing for curing is carried out. Compared with the prior art, the novel composite thermal insulation block has the remarkable characteristics of light weight, fireproofing, flame resistance, sound insulation, quick construction, increased utilization area, shock resistance and so on.

The invention relates to the field of an indoor decorative material and specifically relates to a sanding-free high-pressure decorative panel for cladding and a production method thereof. The sanding-free high-pressure decorative panel comprises a sanding-free base plate and a decorative layer, wherein the decorative layer is arranged on the sanding-free base plate; the sanding-free base plate is made of kraft paper which is soaked in thermoset modified melamine resin and then coated with a sanding-free release agent on the back; the decorative layer is formed according to the steps of soaking the decorative paper in thermoset melamino-formaldehyde resins, drying and then coating the thermoset melamino-formaldehyde resins; the sanding-free base plate and the decorative layer are once molded and formed under the conditions of high temperature and high pressure. The decorative panel provided by the invention can be heated, coats an irregularly shaped wood substrate and then can be molded; sanding is not required; the sanding-free high-pressure decorative panel has the characteristic of bending radius less than or equal to 0.7mm, is fit for precision machining of decorative panel with radian requirements on later corner and edge sealing and has the advantages of fire resistance, water resistance, moisture resistance, dry heat resistance, impact resistance, pollution resistance, corrosion resistance, scraping resistance, ageing resistance, beautiful appearance, durability, high size stability, high bonding strength and zero pollution of organic solvents including benzene in paint.

The invention relates to a thermal-insulation system which coats the mineral wool on the construction. It comprises a construction base on which the waterproof agent is plated to form a damp-proof layer; a mineral wool thermal-insulation layer is plated on the damp-proof layer; a protective layer is laid on the thermal-insulation layer; and a ornament layer is arranged outside the protective layer. The invention can apply multi-floor and high buildings, public buildings and the workshops, especially applying variable irregular surfaces, and it can directly plate mineral wool on the surface of construction base with demanding the flatness. The thermal-insulation layer has lower heat conductive parameter, the burning property is A level, the sound adsorption effect is 1 level, the fiber is three-dimensional arranged, and the integrated property is better without any connection slit. It can meet the energy-saving demands of different areas to realize high social and economic benefits.

The invention discloses an insulating fireproof radiation-resistant shielded cable material and a preparation method thereof. The insulating fireproof radiation-resistant shielded cable material is prepared from EPDM, ethylene-vinyl acetate copolymer, polyvinyl chloride, phenol-formaldehyde resin, polydimethylsiloxane, glass fiber, plasticizer, a vulcanizing agent, a coupling agent, an anti-aging agent, a stabilizing agent, a flame retardant and an antioxidant. Raw materials are compounded according to a ratio and then poured into a high-speed mixer to be mixed; after the raw materials are evenly mixed, the raw materials are poured into a twin-screw extruder to undergo melt extrusion, and air-cooled granulation is performed. All ingredients of the cable material have respective independent effects and advantages and are also matched with each other to form a whole, so that the cable material is insulating, fireproof and resistant to radiation, has a shielding function and is excellent in performance. Moreover, the raw material cost is low, and thus the product cost is low. A manufacturing process is simple.

The invention discloses a corrosion resistant aerated building block and a making method thereof. The corrosion resistant aerated building block is made from, by weight, 23-27 parts of waste concrete, 28-36 parts of quartz sand, 16-29 parts of pine sawdust, 13-21 parts of porous ceramsite, 18-34 parts of zirconium-silicon slag, 32-46 parts of high sulfate resistance Portland cement, 17-33 parts of pumice, 14-26 parts of kyanite, 22-34 parts of marine dredged sludge, 11-22 parts of desulfurized gypsum, 19-28 parts of calcium carbide slag, 10-15 parts of hawthorn fruit seed powder, 8-12 parts of sodium polystyrene sulfonate, 3.5-5 parts of calcium hydride and a proper amount of water. The aerated building block has the advantages of strong corrosion resistance, strong resistance to acids, alkali, salts and other corrosive media, high strength, good durability, impermeability, low heat conduction coefficient, good crack resistance, safety, environmental protection and durability.

The invention discloses a foamed thermal insulation material fired by coal water slurry gasification waste residue. The foamed thermal insulation material is formed by uniformly mixing coal water slurry gasification waste residue and a high-temperature phase change material in proportion and then firing. The preparation method of the foamed thermal insulation material comprises the following steps: heating a mixture to the temperature of 700-800 DEG C at constant heating rate within 30-60 minutes, keeping constant temperature for 15-30 minutes, so that the coal water slurry gasification wasteresidue is fully foamed and expanded, then heating to the temperature of 900-1000 DEG C at the constant heating rate within 10-30 minutes, keeping constant temperature for more than 30 minutes, so that the high-temperature phase change material adhered to the foamed coal water slurry gasification waste residue is fully molten and liquefied at continuous high temperature and coal water slurry foamsare bonded into a whole, and naturally cooling and sizing. The foamed thermal insulation material disclosed by the invention has the advantages that a thermal insulation material is fired by utilizing the characteristic that the coal water slurry gasification waste residue can be foamed and expanded at the temperature of higher than 700 DEG C, and the problems of appropriation of land and environmental pollution due to accumulation of the coal water slurry gasification waste residue are solved; and the thermal insulation material produced by utilizing the coal water slurry gasification wasteresidue and the high-temperature phase change material has the advantages of fire resistance, durability, light weight, waterproofness, good thermal insulation performance, high strength and the like.