34results about How to "Lightweight with" patented technology

The invention relates to a lightweight energy-saving insulating concrete, belonging to building materials. The invention comprises the master batches and accessories in accordance with the following parts by weight: master batches: 30-70 parts of cementing materials, 25-60 parts of fillers, 5-10 parts of strength activators, and accessories: 1-3 parts of waterproof agents, 2.0-3.0 parts of bleeding agents, 2.0-5.0 parts of suspending agents, 0.1-0.5 part of foam stabilizer, 38-60 parts of honeycomb agents, 0.5-1.5 parts of rusty retardant agents, 0.02-10 parts of reinforcing agents, 1.2-4.2 parts of early strength agents and expanding agents and 0.6-1.4 parts of acid and alkali resistant fibers. The concrete has the advantages of high early tensile and compressive strength, no decrease and crack of later strength and simple manufacturing process. According to the requirement of the building structure, the technical target of the concrete can be realized by regulating the mixing proportion. The concrete can be used for manufacturing various products at normal temperature and is widely applied to insulating and self-waterproof building engineering.

The invention discloses a method for preparing ceramsite by using Xianfeng diatomite. The method comprises steps of: crushing a naturally dried raw material Xianfeng diatomite; mixing the raw material with water in a ratio of 100:60-70 and stirring uniformly; air-drying the mixture to a water content of 40-50%; moulding; air-drying naturally; and finally sintering to obtain high strength diatomite ceramsite. The method of the invention is simply operated, has good effect; and the ceramsite prepared by the method has good strength, reduced water absorption, strong durability and wide application scope.

The invention discloses a system and method for concentration detection and training based on functional near infrared spectrum technologies. The system comprises a wearable fNIR sensing device and an intelligent terminal; a fNIR control module in the wearable fNIR sensing device controls switching-on, switching-off and spectral wavelength of a signal emission source in a fNIR signal emission module, switching-on and switching-off of a sensor in a fNIR signal collection module as well as opening and closing of signal channels, and near infrared spectrum signals on each signal channel under different spectrum lengths are collected cyclically and transmitted to the intelligent terminal; and the terminal equipment uses a built-in concentration analysis module to transform the near infrared spectrum signals into hemoglobin content information in real time and then quantify the information into a concentration index.

The invention provides a ceramsite concrete light-weight partition board and a preparation method thereof. The partition board is characterized by comprising the following components in weight ratio: 58-75% of ceramsite, 13-21% of cement, 10-21% of slag and 0.5-1.7% of water reducing agent. The partition board solves the problem that such partition boards widely used in the buildings at present as strengthened plant fiber boards, aerated cement boards, slag and flyash boards, flyash, gravel and cement boards, gypsum boards and the like have high water absorption, short lives, low overall structural strength and low anti-impact and anti-bending loads, are liable to aging, cracking and deforming with heat and cold, can not be nailed, drilled and transversely and longitudinally threaded and the like, and is suitable for serving as a non-bearing partition board in the buildings.

The invention provides preparation for a concrete ceramsite wallboard. The concrete ceramsite wallboard is characterized by being prepared through the following steps: (1) material selection: a step of weighing materials according to a proportion; (2) stirring: a step of placing the materials weighed in proportion into a stirrer, adding water, and carrying out stirring for 2 to 3 minutes; (3) manufacturing: a step of placing a steel wire mesh at the bottom part of a mould, pouring stirred concrete into the mould, carrying out vibration treatment by using a plate vibrator until a cement paste of concrete is vibrated out, then placing a steel wire mesh onto the mould, continuing performing vibration by using the plate vibrator, and carrying out levelling; and (4) demoulding: a step of controlling the proper time of demoulding, and carrying out demoulding according to environment temperature and demoulding operation regulations. The concrete ceramsite wallboard provided by the invention solves the problems on high water absorption rate, easy aging, easy cracking and deformation of partition boards like plant fiber reinforced boards, and is applicable to being used as a non-load bearing partition board in construction.

The invention provides a lightweight ceramisite concrete external wallboard and a preparation method thereof. The external wallboard is characterized by comprising the following components in percentage by weight: 58-75% of ceramisite, 13-21% of cement, 11-21% of medium sand, 0.13-0.92% of waterproof agents, 0.098-0.69% of water reducing agents and 0.065-1.15% of anti-freezing agents. The lightweight ceramisite concrete external wallboard solves the problem that the aerated cement bricks, slag and coal ash bricks, coal ash, stone and cement bricks, which are widely used in the non-bearing external walls in the buildings at present, feature high water absorption, easy cracking and dropping of plastering ceramic tiles and stones, low whole structure strength, low anti-impact and anti-kink load and the like, and is suitable for being used in the buildings.

The invention provides a scoria-imitated light heat-preservation composite building block and a processing method thereof. The scoria-imitated light heat-preservation composite building block comprises two independent and mutually-parallel light porous concrete matrixes and a heat-preservation core layer arranged between the two light porous concrete matrixes in a clamped mode, each light porous concrete matrix is of a natural-scoria-imitated structure prepared through a chemical foaming-curing process and provided with irregular pores in a distributed mode, and each light porous concrete matrix is prepared from the raw materials: cement, aggregate, an active admixture, a foaming agent and an air entraining agent; and the processing method comprises the steps that the heat-preservation core layer is fixedly arranged in a pouring mold, then the raw materials of the light porous concrete matrixes are evenly mixed according to the ratio and then injected, demolding is conducted after chemical foaming, and the scoria-imitated light heat-preservation composite building block is obtained through curing, surface processing and drying. The scoria-imitated light heat-preservation compositebuilding block is prepared through the chemical foaming-curing process, meanwhile by combining adjusting of the pore size and pore diameter distribution, the surface of the scoria-imitated light heat-preservation composite building block has a unique and realistic natural-scoria-imitating effect; and the scoria-imitated light heat-preservation composite building block is light, high in strength, good in heat-preservation performance, excellent in comprehensive performance and wide in actual application prospect.

This invention relates to a new type of heat-insulating boards of light aggregate concrete, in which, 0.16m3-0.19m3 slag of 1-3mm grains, 0.12-0.14m3 of 3-5mm slag, 0.30.3-0.33m3 of 8-15mm, 0.06m3-0.08m3 rubbles of 1-3mm, 0.04-0.06m3 rubbles of 3-5mm and 0.14-0.16m3 rubbles of 8-15mm are watered and ready to be used, then 0.65m3-0.75m3 expanded perlite grains, 30-50kg first level fly ash and 120-180 kg ordinary Portland cement are put in a mixer to be mixed then to be pressed in a die.

The invention provides an application of octenyl succinic acid modified starch in building mortar, putty or tile glue. According to the invention, starch octenyl succinate is added into cement-based mortar (thermal insulation mortar, bonding mortar, anti-crack mortar and cement mortar for plastering an inner wall), gypsum-based mortar (thermal insulation gypsum plastering mortar, gypsum mortar for plastering a bottom layer of the inner wall or gypsum mortar for plastering a surface layer of the inner wall), cement-gypsum mixed mortar building mortar ( lightweight mixed mortar for interior wall bottom layer plastering, cement main material-based self-leveling mixed mortar or gypsum main material-based self-leveling mixed mortar), cement-based putty (exterior wall waterproof putty or cement-based interior wall putty (N-type)), gypsum-based putty (sound-absorbing gypsum putty for interior wall surface layer plastering, gypsum interior wall putty (Y-type), gypsum interior wall putty (N-type) or ash-calcium-based interior wall putty (N-type)) or tile adhesive, so the building mortar, the putty or the tile adhesive is ensured to have the properties of light weight, sound absorption, impression and the like, and meanwhile, the building mortar, the putty or the tile adhesive is ensured to have high strength.

The invention discloses a light composite board which can overcome the defects in the prior art, a cast-in-place concrete core column ring beam house manufactured by the light composite board and an assembling method. In the light composite board manufacturing process, structural steels are arranged around a board to form a keel. Composite boards are aligned in a construction field, joints among boards are caulked and smeared by polymer mortar so as to form a sealed space on the junction of two boards by the structural steels, and a ring beam U-shaped slot faces upwards. On the construction site, polymer fine stone concrete is poured into the space to form a core column and a wall body so as to assemble the house. The system is stressed clearly and reasonably and can be calculated according to a steel tube concrete structure. The cast-in-place concrete core column ring beam house manufactured by the light composite board has the characteristics of light weight, high strength, earthquake and wind resistance, thermal insulation, heat protection, water and leakage resistance, varied decoration and the like and can be quickly installed.

The invention discloses a pressure-resistant and weather-resistant light material containing loofah sponge and used for vehicle covering and a preparation method. The light material comprises raw materials in parts by weight as follows: 100-200 parts of nano loofah sponge fiber, 40-80 parts of nano lotus leaf fiber, 30-50 parts of polypropylene staple fiber, 20-40 parts of sodium hydroxide, 3-7 parts of ultraviolet ray absorption polyester, 1-5 parts of a brominated flame retardant, 4-6 parts of nano hollow glass beads, 60-80 parts of epoxy resin, 5-7 parts of a coupling agent, 4-8 parts of phenyl silicone oil, 2-4 parts of carboxymethyl cellulose sodium, 70-80 parts of polystyrene, 15-25 parts of hydrochloric acid, 12-20 parts of ethanol and an appropriate amount of deionized water. An epoxy resin material is prepared from the low-density and light loofah sponge fiber with high toughness, high pressure resistance and high fracture resistance in cooperation with weather-proof materials such as ultraviolet ray absorption polyester, the brominated flame retardant, the nano hollow glass beads and the like; the pressure-resistant and weather-resistant light material has the advantages of lightweight, pressure resistance, weather resistance, convenience in carrying and use and the like; the hydrophobic lotus leaf fiber is adopted for graft modification of the loofah sponge fiber, and hydrophobicity is realized; the polypropylene staple fiber is adopted for graft modification of the loofah sponge fiber, and the fracture resistance of the material is realized.

The invention relates to a civil construction material, in particular to a construction muck lightweight building block, which is characterized in that the construction muck lightweight building blockis prepared from the following components in parts by weight on a dry basis: 50 to 80 parts of construction muck, 15 to 25 parts of cement, 10 to 20 parts of mineral powder, 10 to 20 parts of gypsumand 10 to 20 parts of ultrafine stone powder; and the volume of the polyphenyl granules is calculated according to the setting of the dry density of the lightweight building block, and the dry densitycan be 600kg/m<3>-1200kg/m<3>. According to the building muck lightweight building block, the building block for construction is prepared by taking construction muck and waste recycled materials as raw materials, so that the construction waste soil can be recycled, secondary treatment is avoided, and the main purposes of reducing the cost, saving resources and protecting the environment are achieved; and the construction waste soil accumulated around a construction site can be effectively consumed, the cost is saved, and a new way for treating the waste soil is provided.

The invention relates to the technical field of preparation of light sintered bricks, in particular to a method for preparing a light sintered brick from basalt solid waste. The method comprises the steps of: weighing the raw materials according to a certain proportion; putting the raw materials into a pug mill together for stirring and pugging; uniformly mixing the raw materials to form pug; molding the pug through a plastic extruding machine; preparing a green brick with a certain specification; putting the green brick into a drying furnace for drying to form a dried green brick; sending thedried brick blank into a kiln for sintering; keeping the temperature in the kiln for a certain time, and then performing cooling to obtain the light sintered brick. Basalt solid waste is used as a main raw material for preparation; the proportion of the basalt solid waste is more than 70%; heavy metal in basalt solid waste is solidified through high-temperature sintering, resource and harmless utilization of the waste is achieved, natural mineral resources are saved, environmental protection and improvement are facilitated, and the prepared light sintered brick belongs to an inorganic heat preservation material and has the advantages of being light, high in strength, resistant to corrosion, free of aging and the like.

The invention relates to the field of high polymer materials, and particularly discloses a sheet molding compound and a preparation method thereof. The sheet molding compound is prepared from the following raw materials in parts by weight: 80 to 100 parts of polyurethane resin, 85 to 100 parts of basalt fiber, 25 to 40 parts of hollow glass beads, 30 to 45 parts of expanded microspheres, 4 to 6.5 parts of a thickening agent, 2.5 to 8 parts of a release agent, 10 to 16 parts of a low-shrinkage additive and 0.5 to 2.2 parts of a curing agent, the preparation method comprises the following steps: S1, weighing the polyurethane resin, the hollow glass beads and the expanded microspheres, mixing and stirring to prepare a primary mixture; s2, weighing a thickening agent, a release agent, a low-shrinkage additive and a curing agent, adding into the primary mixture, and uniformly mixing and stirring to obtain a mixture; and S3, mixing the mixture with basalt fibers, and carrying out compression molding and standing shaping to obtain a finished product. Therefore, the sheet molding compound has the advantages of good mechanical property, good insulating property and good plasticity at the same time.

The invention discloses an air guide device and a manufacturing and assembling method of the air guide device. The air guide device comprises at least one air guide section, each air guide section comprises an air guide section body composed of a top plate and a bottom plate, reinforcement ribs are arranged inside the air guide section bodies, and each of the top plates, the bottom plates and the reinforcement ribs is made of a fiber reinforcement composite material inner layer and a fiber reinforcement composite material outer layer. The manufacturing and assembling method includes the steps that (1), the fiber reinforcement composite material inner layers, the fiber reinforcement composite material outer layers and light sandwich layers are manufactured and used for forming the top plate, the bottom plate and the reinforcement rib, so that one air guide section is formed; (2), the preset number of air guide sections are manufactured and connected with a main beam of a bridge through bolts, and the air guide sections are connected through bolts. The air guide device has the advantages of being light, high in strength and corrosion performance and easy to connect with the main beam, and the manufacturing and assembling method is simple and convenient to implement.

The invention relates to the field of geotechnical engineering, and relates to a waste concrete light building block which comprises the components in parts by weight based on dry basis based on 100 parts of raw materials: 40-60 parts of waste concrete powder, 10-40 parts of waste brick powder, 15-25 parts of cement and 10-25 parts of clay. The volume of polyphenyl granules is calculated accordingto the setting of dry density, and the dry density is designed to be 600 kg/m<3>-1200 kg/m<3>. Main raw materials are waste concrete powder, waste brick powder, clay and the like; due to the utilization of the waste concrete and the waste bricks, the generation of construction waste can be greatly reduced, the recycling of resources is realized, the environmental protection is facilitated, a large amount of manpower and material resources are saved, the cyclic utilization of the resources is realized, and the strategic requirements of sustainable development in China are met.

A lightweight concrete exterior wall panel, which is characterized in that its composition is coarse ceramsite (φ0.5‑1.0cm), medium ceramsite (φ0.3‑0.5cm), ceramsite powder (less than φ0.3cm) , cement, waterproofing agent, water-reducing agent, antifreeze; its composition ratio is (by weight) coarse ceramsite (φ0.5‑1.0cm) 34.5‑43%, medium ceramsite (φ0.3‑0.5cm) 6.9‑ 17.2%, ceramsite powder (below φ0.3cm) 13.8‑25.8%, cement 13‑21%, waterproofing agent 0.13‑0.92%, water reducing agent 0.098‑0.69%, antifreeze agent 0.065‑1.15%. It solves the problems of high water absorption rate, easy cracking and falling off of pasted tiles and low overall structural strength of steamed cement bricks, slag fly ash bricks, fly ash gravel cement bricks, etc. Impact resistance, low bending load and other issues, suitable for use in construction.

The invention relates to a light heat preservation decoration panel which sequentially comprises a heat preservation layer, a sound insulation layer and a decoration layer from the inner side to the outer side, the heat preservation layer, the sound insulation layer and the decoration layer are integrally connected, a notch is formed in the outer side of the heat preservation layer, the sound insulation layer is filled and formed in the notch, and the heat preservation layer and the sound insulation layer comprise flush outer side end faces. The decorative layer is formed and attached to the outer side end face, the heat preservation layer is made of a light porous ceramic material, the sound insulation layer is made of a nano aluminum-magnesium sound insulation material, and the decorative layer is a glaze surface. In addition, the invention further provides a preparation method of the light heat preservation decoration panel, and the preparation method comprises the steps of manufacturing the heat preservation layer, manufacturing the sound insulation layer, manufacturing the decoration layer and the like. The technical scheme of the invention has the technical effects of light weight, heat preservation, fire prevention, water prevention, high strength, sound insulation and aging resistance with a decorative surface.

A light-weight concrete exterior wall panel is disclosed. The panel is characterized in that components of the panel include coarse ceramsite (with Phi being 0.5-1.0 cm), middle-size ceramsite (with Phi being 0.3-0.5 cm), ceramsite powder (with Phi being 0.3 cm or below), cement, a waterproof agent, a water reducer and an antifreezing agent; and the components include 34.5-43% of the coarse ceramsite (with Phi being 0.5-1.0 cm), 6.9-17.2% of the middle-size ceramsite (with Phi being 0.3-0.5 cm), 13.8-25.8% of the ceramsite powder (with Phi being 0.3 cm or below), 13-21% of the cement, 0.13-0.92% of the waterproof agent, 0.098-0.69% of the water reducer and 0.065-1.15% of the antifreezing agent. The panel overcomes a problem that aerated cement bricks, slag-fly ash bricks, fly ash-broken stone-cement bricks, and the like which are widely used in nonbearing exterior walls of buildings at present have disadvantages of high water absorption rates, liable cracking and shedding of adhered tiles and stone materials, low overall structural intensity, low shock resistance, low flexural load, and the like, and is suitable for application in buildings.

The invention relates to an ultrathin light self-thermal-insulation floor slab. The ultrathin light self-thermal-insulation floor slab is composed of a light foam concrete edge 1, a floor slab angle steel rebar hollow net rack 2, angle steel rebar frames 3, upper angle steel bars 4, lower angle steel bars 5, angle steel connecting rebars 6, an angle rebar frame 3, longitudinal thick rebars 7, thinrebars 8, transverse four-edge annular thin rebar rings 9 and a heat preservation panel 10. The two ends of the upper angle steel bar 4 and the two ends of the lower angle steel bar 5 are welded intoangle steel rebar frames 3 through two angle steel connecting rebars 6, the four corners of the two angle steel rebar frames 3 are welded through four longitudinal thick rebars 7, and a plurality ofthin rebars 8 are welded between the longitudinal thick rebars 7 to form a plurality of annular thin rebar rings 9; the four-side annular thin rebar rings 9, the longitudinal thick rebars 7 and the floor angle steel rebar frames 3 form the floor angle steel rebar hollow net rack 2, and after the heat preservation panel 10 is inserted into the net rack 2, light foam concrete is poured on the periphery of the heat preservation board 10 to form a floor slab. The floor slab has the advantages of being precast in a floor factory, ultra-thin, light, capable of preserving heat and insulating heat, rapid to install on site and the like.