CN103407267B - A kind of processing method of glass fiber floor provided - Google Patents
A kind of processing method of glass fiber floor provided Download PDFInfo
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- CN103407267B CN103407267B CN201310131188.9A CN201310131188A CN103407267B CN 103407267 B CN103407267 B CN 103407267B CN 201310131188 A CN201310131188 A CN 201310131188A CN 103407267 B CN103407267 B CN 103407267B
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Abstract
The invention belongs to manufacturing technology field, floor, be specifically related to a kind of processing method of glass fiber floor provided.Comprise step to have: (1) is provided with the bottom of the grooved mould one of fixture by laid for multi-block decorative plate and fix in bottom; (2) in grooved mould one, add glass fibre and resin and make both fully mixing, crystallization obtains the floor base plate slab of bottom surface with described decorative panel; (3) taken out from described grooved mould one by floor base plate slab, turn-over is placed in grooved mould two bottom center and is fixed; (4) in grooved mould two, add glass fibre and resin and make both fully mixing, crystallization obtains the floor base plate accompanying described decorative panel; (5) floor base plate is taken out from grooved mould two, in units of every packaged plaque, floor base plate is cut, then carry out following process and obtain finished product floor.The glass fiber floor provided hardness that this method is produced is high, toughness foot, and inner core decorative panel combines firmly, can carry out arbitrarily cutting fluting and not peel off.
Description
Technical field
The invention belongs to manufacturing technology field, floor, be specifically related to a kind of discarded glass of recovery that adopts and be combined the processing method manufacturing glass fiber floor provided with decorative panel.
Background technology
Traditional solid wooden floor board has texture and native texture the liking deeply by consumers in general of its uniqueness, but its cost is high, and due to the material of solid wood own characteristic and wear no resistance, without waterproof fireproofing, MOR is low, not acidproof, alkaline-resisting, corrosion-resistant, make solid wooden floor board easily aging, fade, be out of shape, service life is short, can only apply to some specific places, can not apply to the place such as bathroom or swimming pool.For strengthening the intensity of solid wooden floor board, have and do specially treated at floor surface, as a kind of solid wood tempering floors of Authorization Notice No. CN201695636U, comprise solid wood base material, at the surperficial hot pressing alundum (Al2O3) layer of solid wood base material.Compared with traditional paint floor, this floor has the characteristic of resistance to compression, moisture resistance, heat resistanceheat resistant, wear-resisting, resistance to strong acid, highly basic, but its cost is high, and not environmentally, the words of floor water inlet still can deformed damaged.
Existing market also has reinforced composite floorboard miscellaneous, and its intensity is high relative to solid wooden floor board, in a great variety but do not possess the aesthetic feeling of solid wooden floor board natural texture, and production cost is high, not environmentally.
A lot of commercial center all can adopt some not need fluting to carry out the safety glass floor of split by other attaching parts or bridging agent now, for making it more attractive in appearance, some can post some decoration panels or facing paper in bottom surface, safety glass floor, or one deck decoration panel or facing paper is pasted again between two blocks of safety glass, due to decoration panel or between facing paper and safety glass, manually laminating fastness is not strong, easily come off, service life is short.Generally all post after safety glass floor monolithic is shaping for ensureing that the front laminating of installation in early stage is complete, attractive in appearance, operation bothers, and cost is high, and safety glass floor connects by foreign object, and globality is poor, is not suitable for home-use indoor floor again.
Summary of the invention
The object of the invention is provide a kind of decorative panel to be arranged in glass fiber floor provided for solving the problems of the technologies described above and combine closely each other, can slot and not ftracture in edge, the processing method of the glass fiber floor provided that intensity is high, attractive in appearance.
Above-mentioned technical purpose of the present invention is achieved by the following technical programs:
A processing method for glass fiber floor provided, is characterized in that: comprise the following steps:
(1) be provided with the bottom of the grooved mould one of fixture in bottom by laid for multi-block decorative plate and fix;
(2) in described grooved mould one, add glass fibre and resin and make both fully mixing, crystallization obtains the floor base plate slab of bottom surface with described decorative panel;
(3) taken out from described grooved mould one by described floor base plate slab, turn-over is placed in grooved mould two bottom center and is fixed;
(4) in described grooved mould two, add glass fibre and resin and make both fully mixing, crystallization obtains the floor base plate accompanying described decorative panel;
(5) described floor base plate is taken out from described grooved mould two, in units of every packaged plaque, floor base plate is cut, then carry out following process and obtain finished product floor.
Each glass fiber floor provided that earthing this method is obtained, its decorative panel is by the crystalline solid sealed envelope of the glass fibre that integrally connects and resin.
The common glass glass be made up of glass fibre can reach higher hardness, but toughness is not enough, and shock resistance is poor, easily cracking or broken, can only cut simply carefully, complicated fluting can not be carried out as solid wooden floor board, bonding agent or special attaching parts during use, also can only be utilized to combine, trouble is installed, thus add cost, if used as general Household floor, globality is poor, attractive in appearance not.Its intensity of the safety glass of more existing high costs is high, ornamental for strengthening it in use, generally decoration panel or facing paper are posted in finished product tempering glass back or is clipped between two panels finished product safety glass, because its adhesive strength of the bonding agent on existing market is inadequate, peel off or cracking for preventing its decoration panel or facing paper in carrying or cutting process, can only carry out after safety glass well cutting posting bonding again, after it comes into operation, because toughness deficiency that is simply bonding and safety glass still cannot avoid decoration panel or facing paper and safety glass peel off or ftracture thereupon.
Glass fibre is a kind of Inorganic Non-metallic Materials of excellent performance, taking discarded glass as raw material becomes through high temperature melting, wire drawing, doff, the manufacture technics such as to weave cotton cloth, the diameter of its monofilament is that several micron is to twenties meters microns, be equivalent to a hairline 1/20-1/5, every bundle fiber precursor all by the hundreds of even composites that form of thousands of monofilament, its main component: silica, aluminium oxide, calcium oxide, boron oxide, magnesia, sodium oxide molybdena etc.
Use the glass fibre that discarded glass is raw material, not only save cost of material, simultaneously environmental protection more, thoroughly can also change the performance of Household floor, as the inaccessiable intensity of solid wooden floor board, high-wearing feature, waterproof, fire-retardant, insulate, acidproof, alkaline-resisting and corrosion resistance.
The present invention in the production process of the large plate in floor and substrate directly location sandwich multi-block decorative plate, owing to adopting the combination of specific resin of the present invention, make to combine firmly between decorative panel and glass fibre basal plate, the finished glass fiber floor simultaneously produced also has high strength, hardness, toughness, wearability and resistance to impact, MOR more than simple glass fiberboard and tempering floors good.Finished substrate can cut arbitrarily or slot also to there will not be and shatter or peeling between interior trim panel and glass mat.
As preferably, described step (2) and 4) in glass fibre be transparent glass fibre, resin is transparent resin, and described grooved mould one and grooved mould two are respectively punching block one and punching block two, described fixture is adsorbent equipment, is provided with adsorbent equipment equally in described punching block two.
As preferably, in described step (2), the weight proportion of glass fibre and resin is: glass fibre 90-97%, resin 3-10%, resin in step (2) and step (4) is by methyl trichlorosilane, dimethyldichlorosilane, hydrolyzable is obtained in organic solvent for the mixture of phenyl trichlorosilane and diphenyl dichlorosilane, described methyl trichlorosilane, dimethyldichlorosilane, in the mixture of phenyl trichlorosilane and diphenyl dichlorosilane, the weight proportion of composition is: methyl trichlorosilane 20%, dimethyldichlorosilane 20%, phenyl trichlorosilane 30%, diphenyl dichlorosilane 30%.
Methyl trichlorosilane, dimethyldichlorosilane, phenyl trichlorosilane, diphenyl dichlorosilane mix in proportion, and mixture is mixed in organic solvent (toluene), and hydrolyzable at a lower temperature, obtains acidic hydrolysis thing.The initial product of hydrolysis be ring-type, line style with the mixture of cross-linked polymer, usually also containing considerable hydroxyl.Hydrolysate removes disacidify through washing, neutral first condensation polymer is thermal oxide or polycondensation further in the presence of a catalyst in air, the resin of the dimensional network structure that last height of formation is cross-linked, the resin obtained is a kind of heat cured plastics, one of performance that it is the most outstanding is excellent thermo oxidative stability and good toughness, another outstanding performance is excellent electrical insulation capability, and it all can keep its good insulating properties in wide temperature and frequency range.
Add the glass fibre be equipped with in proportion and resin in punching block one after, glass fibre and resin react and are dissolved into liquid state, uniform crystalline solid and floor base plate slab is formed after stirring, due to the viscosity of resin and made the multi-block decorative plate arranged bottom punching block one firmly be embedded in by the characteristic of liquid state to the forming process of solid-state substrate and be pasted on substrate, simultaneously by adsorbent equipment, decorative panel can not move in whole stirring and course of reaction, thus reaches decorative panel and accurately locate on substrate.
As preferably, in described step (4), before adding glass fibre and resin, first transparent glass fibre cloth to be covered on floor base plate slab; Also Nano Ceramic Particles will be added while adding glass fibre and resin.
As preferably, the weight ratio of the glass fibre, resin and the Nano Ceramic Particles that add in described step (4) is: glass fibre 85-95%, resin 4-12%, Nano Ceramic Particles 1-4%.
The microstructure that Nano Ceramic Particles not only has nanoscale is the ceramic material with nano effect simultaneously.Adopt gas phase synthesis method: chemical gas phase synthetic method thinks a kind of modification of inert gases agglomeration method, and it both can prepare nanometer non-oxide powder, also can prepare nano oxide powder.This synthetic method enhances the sinterability under low temperature, and has relatively high pure property and higher surface grain boundaries purity.Raw material directly flashes to gaseous state through heating in crucible, to produce suspended particulates or smoke-like atomic group.The average grain diameter of atomic group controls by the pressure changing the inert gas in evaporation rate and vaporization chamber, and particle diameter can be as small as 3 ~ 4nm.Namely cooling defines nano level powder.Nano particle Si3N4, SIC super fine is distributed in material internal crystal grain, enhances crystal intensity, improves the mechanical property of material, and frangible pottery or glass can become the special material being rich in toughness.
Add Nano Ceramic Particles and adopt the combination of specific resin of the present invention, make to combine more firmly between decorative panel and glass fibre basal plate, the finished glass fiber floor simultaneously produced also has more high strength, hardness, toughness, wearability and resistance to impact.
In process of production also can before decorative panel puts into punching block one on each face of decorative panel coating nano ceramic particle, the characteristic by Nano Ceramic Particles can make decorative panel more securely with substrate junction integrator.
The glass fibre dissolving that reacts both add glass fibre and resin in punching block one after recrystallizes into solid-state, decorative panel and crystalline solid fit tightly simultaneously, turn-over is put into punching block two and is made another side again, this face general is as floor upper surface, add Nano Ceramic Particles, be combined more tight after crystallization with decorative panel, the properties in this face, intensity are all than general floorings optimization, improve simultaneously.Because the ground back on floor made in punching block one uses the conjugation of resin of the present invention and glass fibre itself and decorative panel enough firm, and it is different from and is hit as front, floor or rubs, so can not need to add Nano Ceramic Particles in punching block one, be beneficial to cost-saving.
As preferably, first carry out sanding after being taken out from punching block one by floor base plate slab in described step (3) and put into punching block two again, after carrying out sanding after being taken out from punching block two by floor base plate in step (5), carry out following process again.
As preferably, the floor base plate slab of described step (2) and step (4) and floor base plate shaping after take out after temperature is place 20-40 minute in the environment of 0-40 degree.Ensure substrate thoroughly solidify, and bond completely between decorative panel take out after can not stress deformation.
As preferably, described decorative panel is wooden skin or solid wood slab, and the thickness of described decorative panel is 1mm-12mm, and described decorative panel is laid in described punching block one, the spacing of adjacent decoration plate is 2-6mm, near the decorative panel of punching block one inwall to the distance >=1mm of punching block one inwall.
Adopt solid wood or wooden skin as decorative panel, surperficial all-transparent, can see the texture of inner core timber clearly.Remain the aesthetic feeling of solid wooden floor board natural texture, while thoroughly strengthening floor properties, remain again user to the aesthetic feeling of solid wooden floor board and texture demand.
Decorative panel is arranged in bottom punching block one, and maintain a certain distance each other, after making floor base plate shaping, each decorative panel is all independently by the crystalline solid sealed envelope of glass fibre and resin reaction, when cutting, be unit by first decorative panel, cut along space center line between adjacent decoration plate, ensure all to seal in each floor slab cut out to accompany decorative panel.As made the floor being of a size of 910*127*8 in units of millimeter, decorative panel is of a size of 908*125*3, punching block one inner cavity size of production is 2440*1220*7, during production decorative panel maintain a certain distance by save space cut the waste premised on laterally or longitudinally as far as possible reasonably lay in punching block one.
As preferably, the aspect ratio punching block two cavity heights height 0.6-1mm of described punching block one inner chamber.
The height of the glass fiber floor provided part that namely punching block two cavity heights is processed to form higher than punching block one height component in punching block two, the floor that punching block one and punching block two can obtain requiring size only need be filled up in production process, easy to process, as produced the substrate being of a size of 2440*1220*8 in units of millimeter, the inner cavity size of punching block one is designed to 2440*1220*7, and the inner cavity size of punching block two is designed to 2440*1220*8.
As preferably, the thickness of described transparent glass fibre cloth is 0.3-0.5mm, the more mixed gross thickness of the glass fibre added, resin and Nano Ceramic Particles is 0.3-0.5mm.
The fiberglass surfacing layer on general punching block two processing and fabricating floor, is ensure decorative panel more coating surface, has more the sense organ of solid wooden floor board, and the shaping superficial layer of punching block two is unsuitable blocked up.
The crystalline solid upper surface that in crystallization reaction process in punching block two, between floor base plate slab edge and adjacent decoration plate, gap is exposed and the glass fibre, resin and the Nano Ceramic Particles that newly add be fused recrystallization again, the crystalline solid that punching block two is formed is connected with the crystalline solid one formed in punching block one, reaches thorough water-tight.
Glass fabric has easy operation, and texture is strong, and washing shrinkage is little, soon shaping, the feature that hardness is strong.Finished glass fiber floor washing shrinkage is little, hardness is high, and production and processing easy to operate is convenient, and soon shaping, efficiency is high, and cost is low.
In sum, the present invention has following beneficial effect:
1, the glass fiber floor provided hardness of this method production is high, toughness sufficient, not easy to crack, and inner core decorative panel combines firmly, can carry out arbitrarily cutting fluting and not peel off;
2, the glass fiber floor provided that this method is produced can be widely applied in common house ornamentation, equally with common solid wooden floor board carries out assembled, easy for installation, and globality is strong, aesthetic in appearance;
3,traditional solid sawn floor wearability, acidproof, alkaline-resisting, corrosion-resistant, weatherability is poor, without water proofing property and anti-flammability, the glass fiber floor provided that this method is produced not only has high-wearing feature, acidproof, alkaline-resisting, corrosion-resistant, weatherability, water proofing property and anti-flammability, also retains the aesthetic feeling of solid wood texture, transparent glass layer further increases the third dimension of solid wood texture and penetrating sense simultaneously, more attractive in appearance;
4,this method production and processing is convenient, and one set of die once can produce the large base board on polylith floor, then cuts, and can carry out large batch of production, cost is low, and from production substrate to last finished product floor, short for process time more than traditional floor, production efficiency is high;
5,the glass fiber floor provided that this method is produced adopts discarded glass to be raw material, has not only saved cost of material, environmental protection more simultaneously;
6,the glass fiber floor provided long service life that this method is produced; Can not fade, aging, sustain its quality through age, the performance of adding its high strength also can recycle and reuse.
7,decorative panel of the present invention can be that solid wooden floor board also can select other with the non-solid-wood panels of decorative pattern according to the demand of user, finished product not only can be used as floor and can also use as hanging on wall or doing the decorative panel cut off, be widely used, intensity is high, long service life;
8,the glass fiber floor provided that this method is produced thoroughly is wrapped up by the crystallization that the glass fibre that integrally connects and resin reaction generate due to its decorative panel, makes this floor have good water proofing property, can apply in the environment such as bathroom, swimming pool.
Detailed description of the invention
This specific embodiment is only explanation of the invention; it is not limitation of the present invention; those skilled in the art can make to the present embodiment the amendment not having creative contribution as required after reading this description, as long as but be all subject to the protection of Patent Law in right of the present invention.
Embodiment one:
A kind of processing method of glass fiber floor provided, can the floor of any standard specification on production existing market, such as: making total thickness is 8mm, decoration thickness of slab is 3mm, decoration edges of boards are the finished product floor of 2mm to floor outward flange distance, punching block one cavity heights selected is 7mm, and the cavity heights of punching block two is 8mm.Detailed procedure of processing is as follows:
(1) bottom being provided with the grooved mould one of fixture in bottom by laid for multi-block decorative plate is also fixing, and the spacing of adjacent decoration plate is set to 4mm, near the decorative panel of punching block one inwall to the distance >=2mm of punching block one inwall;
(2) in described grooved mould one, add glass fibre and resin, both weight proportions are: glass fibre 90%, resin 10%, and make both fully mixing, and crystallization obtains the floor base plate slab of bottom surface with described decorative panel;
(3) be, after placing in the environment of 30 degree and taking out from described grooved mould one again for 20 minutes, first carry out sanding after taking-up, then turn-over is placed in grooved mould two bottom center and is fixed in temperature by described floor base plate slab;
(4) in described grooved mould two, on floor base plate slab, the thick transparent glass fibre cloth of 0.5mm is covered, add glass fibre, resin and Nano Ceramic Particles again, the mixed gross thickness of the glass fibre added again, resin and Nano Ceramic Particles is 0.5mm, the weight ratio of the glass fibre added, resin and Nano Ceramic Particles is: glass fibre 85%, resin 11%, Nano Ceramic Particles 4%, abundant hybrid reaction post crystallization obtains the floor base plate accompanying described decorative panel;
(5) be place in the environment of 30 degree to take out from described grooved mould two again for 20 minutes in temperature by described floor base plate, sanding is carried out after taking-up, in units of every packaged plaque, floor base plate is cut again, cut the floor slab obtained and carry out the obtained finished product floor of polishing fluting.
Step (2) and 4) in glass fibre be transparent glass fibre, resin is transparent resin, and grooved mould one and grooved mould two are respectively punching block one and punching block two, and fixture is adsorbent equipment, is provided with adsorbent equipment equally in punching block two.Resin in step (2) and step (4) by methyl trichlorosilane, dimethyldichlorosilane, phenyl trichlorosilane and diphenyl dichlorosilane mixture in organic solvent hydrolyzable obtain, in the mixture of described methyl trichlorosilane, dimethyldichlorosilane, phenyl trichlorosilane and diphenyl dichlorosilane, the weight proportion of composition is: methyl trichlorosilane 20%, dimethyldichlorosilane 20%, phenyl trichlorosilane 30%, diphenyl dichlorosilane 30%.
The glass fibre dissolving that reacts both add glass fibre and resin in punching block one after recrystallizes into solid-state, decorative panel and crystalline solid fit tightly simultaneously, turn-over is put into punching block two and is made another side again, this face is as floor upper surface, add Nano Ceramic Particles, be combined more tight after crystallization with decorative panel, the properties in this face, intensity are all than general floorings optimization, improve simultaneously.The crystalline solid upper surface that in crystallization reaction process in punching block two, between floor base plate slab edge and adjacent decoration plate, gap is exposed and the glass fibre, resin and the Nano Ceramic Particles that newly add be fused recrystallization again, the crystalline solid that punching block two is formed is connected with the crystalline solid one formed in punching block one, reaches thorough water-tight.
The performance comparison of the floor properties that the present embodiment technique obtains and existing common solid wooden floor board is in table 1.
Embodiment two:
Different from above-described embodiment be in: making total thickness is 16mm, and decoration thickness of slab is 12mm, and decoration edges of boards are to floor outward flange apart from being the finished product floor of 3mm, and punching block one cavity heights selected is 15.4mm, and the cavity heights of punching block two is 16mm.The spacing ensureing adjacent decoration plate in punching block one during lay decorative panel is 6mm, and the decorative panel near punching block one inwall is not less than 3mm to the distance of punching block one inwall.The thickness of the transparent glass fibre cloth added in punching block two is 0.3mm, the more mixed gross thickness of the glass fibre added, resin and Nano Ceramic Particles is 0.3mm.In step (2), the weight proportion of glass fibre and resin is: glass fibre 97%, resin 3%; The weight proportion of the glass fibre, resin and the Nano Ceramic Particles that add in step (4) is: glass fibre 95%, resin 4%, Nano Ceramic Particles 1%.The floor base plate slab of step (2) and step (4) and floor base plate shaping after be place in the environment of 0 degree after 40 minutes to take out in temperature.
The performance comparison of the floor properties that the present embodiment technique obtains and existing common solid wooden floor board is in table 1.
Embodiment three:
Different from above-described embodiment be in: making total thickness is 10mm, and decoration thickness of slab is 1mm, and decoration edges of boards are to floor outward flange apart from being the finished product floor of 1mm, and punching block one cavity heights selected is 9.3mm, and the cavity heights of punching block two is 10mm.The spacing ensureing adjacent decoration plate in punching block one during lay decorative panel is 2mm, and the decorative panel near punching block one inwall is not less than 1mm to the distance of punching block one inwall.The thickness of the transparent glass fibre cloth added in punching block two is 0.3mm, the more mixed gross thickness of the glass fibre added, resin and Nano Ceramic Particles is 0.4mm.In step (2), the weight proportion of glass fibre and resin is: glass fibre 95%, resin 5%; The weight proportion of the glass fibre, resin and the Nano Ceramic Particles that add in step (4) is: glass fibre 90%, resin 8%, Nano Ceramic Particles 2%.The floor base plate slab of step (2) and step (4) and floor base plate shaping after be place in the environment of 40 degree after 25 minutes to take out in temperature.
The performance comparison of the floor properties that the present embodiment technique obtains and existing common solid wooden floor board is in table 1.
Embodiment four:
Different from above-described embodiment be in: making total thickness is 14mm, and decoration thickness of slab is 8mm, and decoration edges of boards are to floor outward flange apart from being the finished product floor of 2.5mm, and punching block one cavity heights selected is 13.1mm, and the cavity heights of punching block two is 14mm.The spacing ensureing adjacent decoration plate in punching block one during lay decorative panel is 5mm, and the decorative panel near punching block one inwall is not less than 2.5mm to the distance of punching block one inwall.The thickness of the transparent glass fibre cloth added in punching block two is 0.4mm, the more mixed gross thickness of the glass fibre added, resin and Nano Ceramic Particles is 0.5mm.In step (2), the weight proportion of glass fibre and resin is: glass fibre 94%, resin 6%; The weight proportion of the glass fibre, resin and the Nano Ceramic Particles that add in step (4) is: glass fibre 92%, resin 5%, Nano Ceramic Particles 3%.The floor base plate slab of step (2) and step (4) and floor base plate shaping after be place in the environment of 20 degree after 30 minutes to take out in temperature.
The performance comparison of the floor properties that the present embodiment technique obtains and existing common solid wooden floor board is in table 1.
Table 1:
The rub proofness on floor, the surface quality on this index defective explanation floor is poor, will affect the service life on floor.Wear-resisting revolution one-level >=6000 turn of national Specification floor surface, secondary >=4000 turn.
MOR determines the moment of flexure of test specimen when maximum load effect and the ratio of module of anti-bending section." MOR " meaning when solid wooden compound floor uses has 2 points: the ability of (1) the counter-bending destruction in floor itself, and between (2) two floors, tongue-and-groove is in conjunction with the ability of counter-bending destruction.For above-mentioned 2 points, be all that " MOR " desired value is higher, the ability of its counter-bending destruction is stronger.
Namely resistance to impact carries out impact test with the method for regulation to floor, and the pit diameter size stayed after impact is exactly the foundation of impact property quality, and diameter is less, and impact resistance is better, and service life is also long.
Anti-flammability, solid wooden floor board, without anti-flammability testing requirement, fire-retardantly in reinforced composite floorboard is divided into four grades, A level: incombustible construction material; B1 level: flame retardancy construction material; B2 level: combustible building materials; B3 level: inflammability construction material.
The glass fiber floor provided hardness that this method utilizes regenerant discarded glass to produce is high, toughness foot, and not easy to crack, inner core decorative panel combines firmly, can carry out arbitrarily cutting fluting and not peel off; Possess high abrasion, waterproof, environmental protection, fire-retardant, insulation, acidproof, alkaline-resisting, corrosion-resistant, the effect of heat-insulating sound-insulating, and be sealed in plate completely, so can meet the tendency relievedly in the environment such as bathroom, swimming pool due to its interior trim panel.
Claims (8)
1. a processing method for glass fiber floor provided, is characterized in that: comprise the following steps:
(1) be provided with the bottom of the grooved mould one of fixture in bottom by laid for multi-block decorative plate and fix;
(2) in described grooved mould one, add glass fibre and resin and make both fully mixing, crystallization obtains the floor base plate slab of bottom surface with described decorative panel;
(3) taken out from described grooved mould one by described floor base plate slab, turn-over is placed in grooved mould two bottom center and is fixed;
(4) in described grooved mould two, add glass fibre and resin and make both fully mixing, crystallization obtains the floor base plate accompanying described decorative panel;
(5) described floor base plate is taken out from described grooved mould two, in units of every packaged plaque, floor base plate is cut, then carry out following process and obtain finished product floor.
2. the processing method of a kind of glass fiber floor provided according to claim 1, it is characterized in that: the glass fibre in described step (2) and (4) is transparent glass fibre, resin is transparent resin, described grooved mould one and grooved mould two are respectively punching block one and punching block two, described fixture is adsorbent equipment, is provided with adsorbent equipment equally in described punching block two.
3. the processing method of a kind of glass fiber floor provided according to claim 2, it is characterized in that: in described step (2), the weight proportion of glass fibre and resin is: glass fibre 90-97%, resin 3-10%, resin in described step (2) and step (4) is by methyl trichlorosilane, dimethyldichlorosilane, hydrolyzable is obtained in organic solvent for the mixture of phenyl trichlorosilane and diphenyl dichlorosilane, described methyl trichlorosilane, dimethyldichlorosilane, in the mixture of phenyl trichlorosilane and diphenyl dichlorosilane, the weight proportion of composition is: methyl trichlorosilane 20%, dimethyldichlorosilane 20%, phenyl trichlorosilane 30%, diphenyl dichlorosilane 30%.
4. the processing method of a kind of glass fiber floor provided according to claim 3, is characterized in that: before adding glass fibre and resin, first will cover transparent glass fibre cloth on floor base plate slab in described step (4); Also Nano Ceramic Particles will be added while adding glass fibre and resin.
5. the processing method of a kind of glass fiber floor provided according to claim 4, it is characterized in that: the weight ratio of the glass fibre, resin and the Nano Ceramic Particles that add in described step (4) is: glass fibre 85-95%, resin 4-12%, Nano Ceramic Particles 1-4%.
6. the processing method of a kind of glass fiber floor provided according to claim 5, it is characterized in that: first carry out sanding after being taken out from punching block one by floor base plate slab in described step (3) and put into punching block two again, after carrying out sanding after being taken out from punching block two by floor base plate in step (5), carry out following process again.
7. the processing method of a kind of glass fiber floor provided according to claim 6, is characterized in that: the floor base plate slab of described step (2) and step (4) and floor base plate shaping after take out after temperature is place 20-40 minute in the environment of 0-40 degree.
8. the processing method of a kind of glass fiber floor provided according to claim 7, it is characterized in that: described decorative panel is wooden skin or solid wood slab, the thickness of described decorative panel is 1mm-12mm, described decorative panel is laid in described punching block one, the spacing of adjacent decoration plate is 2-6mm, near the decorative panel of punching block one inwall to the distance >=1mm of punching block one inwall.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1338373A (en) * | 2001-08-04 | 2002-03-06 | 袁忠宝 | Glass steel reinforced composite wooden floor and its preparing process |
| CN1819928A (en) * | 2004-09-21 | 2006-08-16 | 卢伟汉 | Double-face glass fibre board and production thereof |
| EP1795668A1 (en) * | 2005-12-07 | 2007-06-13 | Berry Finance Nv | Floor panel with a fire-retardant layer |
| CN102991046A (en) * | 2011-09-09 | 2013-03-27 | 上海杰事杰新材料(集团)股份有限公司 | Light-weight and high-strength plastic steel sandwich board and its making method |
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| GB2372010B (en) * | 1999-10-08 | 2004-06-16 | Milwaukee Composites Inc | Panels utilizing a precured reinforced core and method of manufacturing the same |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1338373A (en) * | 2001-08-04 | 2002-03-06 | 袁忠宝 | Glass steel reinforced composite wooden floor and its preparing process |
| CN1819928A (en) * | 2004-09-21 | 2006-08-16 | 卢伟汉 | Double-face glass fibre board and production thereof |
| EP1795668A1 (en) * | 2005-12-07 | 2007-06-13 | Berry Finance Nv | Floor panel with a fire-retardant layer |
| CN102991046A (en) * | 2011-09-09 | 2013-03-27 | 上海杰事杰新材料(集团)股份有限公司 | Light-weight and high-strength plastic steel sandwich board and its making method |
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