153 results about "Fire performance" patented technology

A cable (1) having a conductor (3), an insulating layer (2) which forms a self-supporting ceramic layer when exposed to elevated temperatures experienced in a fire, and an additional heat transformable layer (4). The additional layer (4) can be another layer which forms a self-supporting ceramic layer when exposed to fire, or it can act as a sacrificial layer which decomposes at or below the temperature that the insulating layer forms a ceramic. The addition layer can enhance the strength of the layers before, during or after the fire, the structural integrity of the insulating layer (2) after the fire, the resistance of the layers to the ingress of water after the fire, or the electrical or thermal resistance of the layers during and after the fire.

A fireproof insulation sheet material and a processing technology thereof relate to a building decoration material. The fireproof insulation sheet material includes, by weight percentage, 8%-27% of foam insulation particles, 10%-30% of a resin adhesive agent, 2%-8% of an acid agent, 10%-20% of a quartz material, 10%-20% of expanded graphite, 10%-30% of a heat absorbing material, and 6%-18% of an insulation stone flour or insulation asbestos. The processing technology of the fireproof insulation sheet material is simple and practicable, the foam particles are provided with micropores, so as to facilitate infiltration of other raw materials into the foam particles. The prepared fireproof insulation sheet material has the advantages of safety, environment-friendliness, no pollution, excellent insulating performance, long service life, no smoke emission in high temperature, resistance to high temperature of 1000 DEG C, fire performance reaching A-level, and thermal conductivity less than 0.039 w / m.k.

A gas spring having an internal vibration damper for an air gun charging system. The gas spring including a relatively thin liner which is received within and abuts the elongated inner and / or outer wall of the tubular gas spring. The liner(s) absorbs vibration in the air gun to improve firing performance. A guide sleeve mounted to the outer surface of the gas spring abuts an air gun's tubular compression piston to transfer any vibrations in the compression piston to the liner. A tubular counter-weight is slidably mounted about the outer wall of the gas spring and strikes a forward end of the charging system after the air gun is fired to counter the post-firing recoil.

Cable coatings having effective low-smoke emission, fire resistance and moisture resistance provided by a single layer are described. The cable coatings contain an base polymer, a oxygen containing ethylene copolymer, a fire retardant and a synergistic blend of magnesium hydroxide and aluminum hydroxide. Cables coated with the described coatings have improved wet electrical performance, and satisfactory fire performance and smoke characteristics.

Foam blowing agent blends containing trans-1,2-dichloroethylene and one or more hydrofluorocarbons are provided, as are foam compositions containing such blends. The resulting foams exhibit dramatic improvement in fire performance.

The invention discloses an environment-friendly nano-composite polymer power cable. Multiple insulated conductors are intertwisted to form a cable core; a packing layer is arranged in a cable core gap; each insulated conductor consists of a conductor, a mica wrapped refractory layer and an insulating layer from inward to outward; the cable is characterized in that the insulating layer is manufactured by adopting a polyethylene montmorillonite nano-composite; and a waterproof polyester tape, a halogen-free glass fiber tape, a mica tape refractory layer, an oxygen insulation waterproof layer, a stainless steel strip armored layer and a restrictive coating successively covers outside the cable core and the packing layer. The cable has the advantages of high environmental protection performance, good ant and rat prevention performance, fire performance and radial and axial waterproof performance and the like, and high mechanical strength; and during burning, little smoke and no harmful haloid acid substance is produced.

A cable (1) comprises a conductor (3), an insulating layer (2) which forms a self-supporting ceramic layer when exposed to elevated temperatures experienced in a fire, and an additional heat transformable layer (4). The additional layer (4) can be another layer which forms a self-supporting ceramic layer when exposed to fire, or it can act as a sacrificial layer which decomposes at or below the temperature that the insulating layer forms a ceramic. The addition layer can enhance the strength of the layers before, during or after the fire, the structural integrity of the insulting layer (2) after the fire, the resistance of the layers to the ingress of water after the fire, or the electrical or thermal resistance of the layers during and after the fire.

The present invention discloses a non-cracking environmentally-friendly flooring material characterized by comprising the following components in parts by weight: 50 parts of phosphorus gypsum powder, 20-30 parts of ironmaking blast furnace slag, 15-20 parts of perlite, 10-12 parts of ultra-fine talcum powder, 6-8 parts of mineral fiber, 5-7 parts of sand and gravel, 8-10 parts of gypsum, 2-3 parts of a foamer, 2-3 parts of a modified water reducer, 3-4 parts of ash calcium, 10-15 parts of silica sand, 4-6 parts of a binder, 0.8-1 part of a compatibility and 2-3 parts of a flame retardant; the non-cracking environmentally-friendly flooring material turns waste into treasures, by addition of the phosphorus gypsum powder, the perlite and other components with excellent fire-prevention and anti-corrosion effects, the mechanical properties and the chemical properties are better than that of ordinary building materials, the prepared non-cracking environmentally-friendly flooring material is small and even in hole and bubble diameter, has the functions of light weight, thermal insulation, fire protection, sound insulation and air humidity condition, has good anti-aging and anti-photodegradation properties, is less susceptible to temperature and pH and other external environment to degenerate, and greatly improves the fire performance of thermal insulation materials.

The invention relates to a burner outer fire cover with fire avoidance and fire transfer performance, which includes an outer fire cover body and a fire plate, the outer fire cover body includes an outer ring and an outer fire cover inner ring, and the outer ring of the outer fire cover is provided with a The upper and lower rows of fire holes, the upper row of fire holes are smaller than the lower row of fire holes, the upper and lower rows of fire holes are arranged discontinuously on the outer fire cover to avoid fire from the furnace frame feet, and the outer ring of the outer fire cover is arranged discontinuously The positions of the upper and lower rows of fire passage holes are provided with fire transmission grooves, which are connected to the main combustion fire passage holes of the outer fire cover; the ignition plate is arranged on the body of the outer fire cover, and the inner ring of the outer fire cover corresponds to the position of the fire ignition plate There is an ignition hole. Its beneficial effects are: the upper row of fire holes in this embodiment is smaller than the lower row of fire holes, so that the lower row of main fires can fully contact the external air, and the upper row of stabilizing flame holes ensures the stability of the entire flame; and the fire through holes are cut off at a certain angle , to increase the service life of the grate and reduce the CO content in the combustion products; and connect the outer fire cover with a fire transfer groove to ensure the reliability of flame transfer.

The invention discloses an integrated composite wall panel of a thermal insulation structure. The integrated composite wall panel of the thermal insulation structure comprises a thermal insulation wall panel body, a rebar truss and a plurality of connecting pieces, wherein two ends of the connecting pieces are respectively connected to the thermal insulation wall panel body and the rebar truss, and materials of the thermal insulation wall panel body adopt organic-inorganic composite materials with fire performance reaching grade A2. According to the integrated composite wall panel, through thethermal insulation wall panel body adopting the organic-inorganic composite thermal insulation materials reaching the fire performance of the grade A2, wall panel strength requirements from the integrated composite wall panel of the thermal insulation structure can be met; and at the same time, the thickness of the integrated composite wall panel of the thermal insulation structure is significantly reduced, the prefabrication process and construction process are optimized, and the effective application and promotion of composite wall body technologies are more facilitated.