CN104276359A - One-hundred-year life plastic and ceramic container capable of insulating heat, preventing corrosion and water and resisting collision produced from plastic powder - Google Patents

Abstract

The service life of containers is not more than 20 years, and all the containers need to be welded and are also expensive. A one-hundred-year life plastic and ceramic container capable of insulating heat, preventing corrosion and water and resisting collision produced from plastic powder is manufactured by firstly burning the plastic powder and ceramic cloth into plastic and ceramic foam sheets and then assembling the plastic and ceramic foam sheets into various plastic and ceramic containers by using bolts; without welding, the cost is reduced, the manufacturing speed of the container is further improved, and the safety performance is enhanced; the refractory ceramic cloth used in the plastic and ceramic foam sheets costs only several RMB per square meter, and the flame-retardant plastic powder costs ten thousands RMB per ton, so that the price of the plastic and ceramic foam sheets is several times lower than that of steel plates. The service life of the plastic and ceramic foam sheet is one-hundred years, the plastic is corrosion-resistant, the ceramic cloth on the surface layer blocks and resists ultraviolet rays, and the second layer of plastic is protected; the ceramic cloth is high in elasticity, and the collision resistance of the container is improved; the bending resistance of the container is several times higher than that of ceramic-glass sheets due to foam, and the unit weight can be smaller than 0.3 g/cm<3>. The service life of the plastic and ceramic container is one-hundred years, the cost of the container is low, all performances of the container exceed those of various containers at present, and thus the plastic and ceramic container can certainly occupy the container market of steel plates, aluminum plates and glass steel plates.

Description

Molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century mould porcelain freight container

Current steel for container plate, aluminium sheet, glass epoxy are produced, and only 20 years service life was just fibreglass reinforced plastic container, and also will carry out frame welding, price is also expensive.

This technology propose molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century mould porcelain freight container, be called for short mould porcelain freight container, without steel plate, aluminium sheet, glass epoxy, can solve the problem.Mould as plastics, porcelain is ceramic cloth.

Mould porcelain freight container, its beneficial effect is, without the need to welding, reduces costs, impact resistance, and without metal, century-old use, expendable weight, waterproof, antiacid alkali, heat-insulating property is strong.

Molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century mould porcelain freight container, the technical scheme that its technical solution problem adopts is, ceramic cloth is made with facility, or ceramic cloth is starched by molding powder, molding powder slurry can have adhesives, and plastics can be flame retardant plastics, molding powder is made to starch through ceramic cloth hole, strike off Unneeded plastic powder slurry, making molding powder starch the ceramic cloth of parcel becomes molding powder and starches ceramic cloth, or becomes molding powder and starch ceramic cloth; Polylith molding powder is starched ceramic cloth overlap and is sticked into molding powder and starch ceramic fabric swatch; Many molding powders are starched ceramic cloth overlap and are sticked into molding powder and starch ceramic cloth lath (1), and molding powder starches that ceramic cloth lath is equidistant opens narrow slit (2), and slit width equals lath thickness, and narrow slit length equals width of sheet half; By the narrow slit of many laths to skewer, stick into as lath framework (3); Lath framework is placed on molding powder starch on ceramic fabric swatch, then on lath framework, puts molding powder starch ceramic fabric swatch, stick into as ceramic cloth cystosepiment (4) starched by molding powder with adhesives; Ceramic fabric swatch starched by lath framework and molding powder, or molding powder is starched ceramic cloth lath and is overlapping, and sticks into molding powder starch the multi-layered foamed plate of ceramic cloth (5) with adhesives, or sticks into molding powder and starch the multi-layered foamed lath of ceramic cloth; The multi-layered foamed lath of ceramic cloth starched by molding powder, and the equidistant molding powder that is placed on is starched on ceramic cloth cystosepiment, sticks into as column type plastic powder starches ceramic cloth cystosepiment (6) with adhesives; By by design perforate or not perforate ceramic cloth cystosepiment starched by molding powder, column type plastic powder starches ceramic cloth cystosepiment, the multi-layered foamed plate of ceramic cloth starched by molding powder, the multi-layered foamed lath of ceramic cloth starched by molding powder, putting stove heating after drying into makes molding powder cling, and obtains and moulds porcelain cystosepiment, pillar moulds porcelain cystosepiment (7), mould the multi-layered foamed plate of porcelain, mould the multi-layered foamed lath of porcelain after cooling; With moulding porcelain cystosepiment, pillar moulds porcelain cystosepiment, mould the multi-layered foamed plate of porcelain, mould the multi-layered foamed lath of porcelain, the assembling of steel plate, aluminium sheet, glass epoxy is replaced variously to mould porcelain freight container (8): such as, a. get and mould the multi-layered foamed lath bolt of porcelain and be assembled into framework, get that pillar moulds that porcelain cystosepiment does at the bottom of sidewall, end face, case, case top, chamber door, be assembled on framework with bolt, become interior pillar or outer pillar moulds porcelain freight container; B. get and mould the multi-layered foamed lath bolt of porcelain and be assembled into framework, get and mould that porcelain cystosepiment does at the bottom of sidewall, end face, case, case top, chamber door, be assembled on framework with bolt, become thin shell type and mould porcelain freight container; C. get and mould the multi-layered foamed lath bolt of porcelain and be assembled into framework, get and mould that the multi-layered foamed plate of porcelain does at the bottom of sidewall, end face, case, case top, chamber door, be assembled on framework with bolt, become glass-felt plastic formula and mould porcelain freight container; Mould porcelain freight container and carry out the related process such as dress lock, thus the porcelain freight container of moulding making molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century is run.As Fig. 1

Porcelain freight container is moulded in existing combination principle introduction:

Pottery cloth resistance to 1000 DEG C of high temperature, thus when molding powder with 300 DEG C make mould porcelain plate time, ceramic cloth still keeps original tensile property, makes moulding porcelain plate and can not rupturing; In the ratio of ceramic cloth and plastics, based on ceramic cloth, plastics use as adhesive agent, and it is thick that molding powder thickness is less than ceramic cloth; Plastic tab has elasticity, and when plastic tab is subject to clashing into, impact just passes on ceramic lines rapidly, is absorbed by ceramic lines, and order is moulded porcelain plate and kept complete can not fracture; Plastic wraps pottery cloth forms plastic network, and plastic network, ceramic cloth network closely wrap up mutually, strengthen moulding porcelain plate impact resistance power; Plastics anti acid alkali performance, makes to mould porcelain plate tarnish protection stronger than iron and steel, only otherwise by too strong impact, the life-span is century-old; The thermal and insulating performance of moulding porcelain cystosepiment is stronger than glass-felt plastic; When weight is identical, it is stronger than plastic flagstone several times to mould the bending resistance of porcelain cystosepiment, and unit weight can be less than 0.3g/cm ³.With adhesives, molding powder is starched and does not depart from ceramic cloth, with flame retardant plastics, can the flame retardance of moulding porcelain freight container be improved.In sum, make freight container with moulding porcelain cystosepiment, properties is all than well a lot of with steel plate, aluminium sheet, glass epoxy.Moulding porcelain cystosepiment junction can private school film, enhanced leaktightness degree.

The ceramic cloth moulding porcelain plate is 12 yuan/M ², ten thousand yuan/ton, flame retardant plastics powder, order is moulded porcelain cystosepiment cost ratio steel plate and is several times lower than; Mould porcelain freight container to make and need not weld, not only cost-saving, also improve case speed processed, and strengthen safety performance.

Figure of description explanation

Fig. 1, molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century mould porcelain freight container

Ceramic cloth lath starched by 1 molding powder, 2 narrow slits, 3 lath frameworks, and ceramic cloth cystosepiment starched by 4 molding powders, and the multi-layered foamed plate of ceramic cloth starched by 5 molding powders, and 6 column type plastic powder starch ceramic cloth cystosepiment, and 7 pillars mould porcelain cystosepiment, and 8 mould porcelain freight container.

Claims (1)

1. molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century mould porcelain freight container, it is characterized in that, ceramic cloth is made with facility, or ceramic cloth is starched by molding powder, molding powder slurry can have adhesives, and plastics can be flame retardant plastics, molding powder is made to starch through ceramic cloth hole, strike off Unneeded plastic powder slurry, making molding powder starch the ceramic cloth of parcel becomes molding powder and starches ceramic cloth, or becomes molding powder and starch ceramic cloth; Polylith molding powder is starched ceramic cloth overlap and is sticked into molding powder and starch ceramic fabric swatch; Many molding powders are starched ceramic cloth overlap and are sticked into molding powder and starch ceramic cloth lath, and molding powder starches that ceramic cloth lath is equidistant opens narrow slit, and slit width equals lath thickness, and narrow slit length equals width of sheet half; By the narrow slit of many laths to skewer, stick into as lath framework; Lath framework is placed on molding powder starch on ceramic fabric swatch, then on lath framework, puts molding powder starch ceramic cloth and pull, stick into as ceramic cloth cystosepiment starched by molding powder with adhesives; Ceramic fabric swatch starched by lath framework and molding powder, or molding powder is starched ceramic cloth lath and is overlapping, and sticks into molding powder starch the multi-layered foamed plate of ceramic cloth with adhesives, or sticks into molding powder and starch the multi-layered foamed lath of ceramic cloth; The multi-layered foamed lath of ceramic cloth starched by molding powder, and the equidistant molding powder that is placed on is starched on ceramic cloth cystosepiment, sticks into as column type plastic powder starches ceramic cloth cystosepiment with adhesives; By by design perforate or not perforate ceramic cloth cystosepiment starched by molding powder, column type plastic powder starches ceramic cloth cystosepiment, the multi-layered foamed plate of ceramic cloth starched by molding powder, the multi-layered foamed lath of ceramic cloth starched by molding powder, putting stove heating after drying into makes molding powder cling, and obtains and moulds porcelain cystosepiment, pillar moulds porcelain cystosepiment, mould the multi-layered foamed plate of porcelain, mould the multi-layered foamed lath of porcelain after cooling; With moulding porcelain cystosepiment, pillar moulds porcelain cystosepiment, mould the multi-layered foamed plate of porcelain, mould the multi-layered foamed lath of porcelain, the assembling of steel plate, aluminium sheet, glass epoxy is replaced variously to mould porcelain freight container: such as, a. get and mould the multi-layered foamed lath bolt of porcelain and be assembled into framework, get that pillar moulds that porcelain cystosepiment does at the bottom of sidewall, end face, case, case top, chamber door, be assembled on framework with bolt, become interior pillar or outer pillar moulds porcelain freight container; B. get and mould the multi-layered foamed lath bolt of porcelain and be assembled into framework, get and mould that porcelain cystosepiment does at the bottom of sidewall, end face, case, case top, chamber door, be assembled on framework with bolt, become thin shell type and mould porcelain freight container; C. get and mould the multi-layered foamed lath bolt of porcelain and be assembled into framework, get and mould that the multi-layered foamed plate of porcelain does at the bottom of sidewall, end face, case, case top, chamber door, be assembled on framework with bolt, become glass-felt plastic formula and mould porcelain freight container; Mould porcelain freight container and carry out the related process such as dress lock, thus the porcelain freight container of moulding making molding powder produce heat insulating and corrosion waterproof impact resistance life-span a century is run.