CN204282746U - A kind of high strength antiseepage lithotome composite floor board - Google Patents
A kind of high strength antiseepage lithotome composite floor board Download PDFInfo
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- CN204282746U CN204282746U CN201420712327.7U CN201420712327U CN204282746U CN 204282746 U CN204282746 U CN 204282746U CN 201420712327 U CN201420712327 U CN 201420712327U CN 204282746 U CN204282746 U CN 204282746U
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Abstract
The utility model provides a kind of high strength antiseepage lithotome composite floor board, relates to building board field, and its structure comprises unsaturated-resin layer (1), clathrum (2), stone material layer (3), infiltrates enhancement Layer (4); Described unsaturated-resin layer (1) is coated in the bottom surface of stone material layer (3), and grid is attached to unsaturated-resin layer (1) and goes up and be immersed, and forms anti-fracture reinforcement structure in the bottom surface of stone material layer (3); Described infiltration enhancement Layer (4) is the surface of the stone material layer (3) utilizing epoxy resin to be coated with, after solidification, the stone material body close-coupled of these defects and surrounding is formed and infiltrate enhancement Layer (4), described infiltration enhancement Layer (4) upper attachment one deck light curing resin layer (5).The utility model, by arranging sandwich construction, serves to traditional single natural stone floor the structural strengthening effect added, particularly has the metal-containing compound stone material of the gloss of better pattern, although compensate for its breakable defect attractive in appearance.
Description
Technical field
The utility model technical field relates generally to building board field, particularly relates to the composite floor board of a kind of lithotome and base material compound.
Background technology
The parent of lithotome, namely rock is by the association of multi mineral composition and have passed through long-term complicated forming process.Long-term Environment Change, makes the metallic element in rock mass exist mainly with various compound state, and the generation of these metallic compounds and existence make stone material have beautiful tone, and this makes stone material except having architectural function, also has the effect of decorative beauty; But these are chemistry and attributes physically naturally, also make that stone material is natural also exists various defect in various degree and problem.These two aspects determine a kind of stone material value commercially substantially, also become people at the yardstick exploiting a kind of stone material or select a kind of stone material important.
The form that stone material exists natural defect is diversified, shows that the degree on each stone material is also different.As granitic breakage, be full of cracks and trachoma, marmorean breakage, crack, hole, loose and to fade be all some FAQs of stone material.The loss that they cause to stone mining business and processing of stone business is also serious, resembles some very famous and precious and beautiful stone materials and has to famine material serious for a part of weathering on ore body upper strata to abandon even bed rearrangement mine is abandoned at the mining initial stage.Show that stone material is qualitatively:
1, stone board is coarse, brightness is poor, be faint in color.
2, Stone Strength is low, and percentage of damage is high.
3, broken limit is cut.
4, plate face hole and trachoma make the excellence rate of stone material low.
5, stone material water absorption rate is high, is very easily polluted and pathology occurs.
This impact for stone mining business is also huge, is even fatal because the weight of a rock body quality of mine defect directly determine the height of this stone material grade and Development volue number, finally directly affects market life and the price of waste material.Impact for stone material manufacturer then shows several like this aspect: the impact of stone material competitiveness, the impact of market life, the impact of cost of production and the impact of selling price.From macroscopical aspect, rock material resource utilization rate is low is also the waste of natural resource and social resources, because can not regenerate in these resource short-terms, and the cost that natural environment destroyed has been paid in the exploitation of stone material.
By the impact analysis produced the defect of stone material, obviously can see the seriousness of problem and the urgency of solution, various restorative procedure and product also produce in succession.All people in the result of unremitting effort and pursuit from simple waxing, gluing, sticky net etc.The generation of these products and method, the quality of stone product is had larger improvement, has also manifested the beautiful colors of this Nature product of stone material more.In fact, we also will recognize the another aspect significance that bringing appears in stone material recovery technique and product, and that is exactly the Appropriate application of rock material resource and the raising of economy of resources.The embodiment that stone mining is worth is except will having relatively large reserves, and degree and the pattern of the various defect of quality of rock mass are also main deterministic standards.People are finding of good quality, pattern is beautiful, reserves are large mining, the stone matter that those have only had and the color that do not had, or the pattern had and the mine that there is larger defect is abandoned, or are abandoned by the famine material of major defect that has exploited.Such one side causes the exploitation loss of business in person property, and rock material resource can not get sufficient utilization on the other hand, simultaneously due to a large amount of exploitations with abandon making natural landscape and water and soil resources suffer destruction.We also will see, the exploitation of high-quality mine kind is launched a massive attack on him, and finally cause exploitation blindly and harmful competition, make the comprehensive benefit of resource can not get promoting.Certainly we also see that target is placed on the contrary one side of majority by somebody, and they go to find those by the stone material kind having potential market to be worth abandoned and mine, then inquire into the possibility re-used by new technology and new material.Because some stone material often has beautiful pattern, but there is defect in various degree.If the defect of this part stone material can be made to be repaired, the market value produced and social benefit will be huge, because the pattern of stone material has larger temptation to market.
Summary of the invention
For solving existing defects, particularly because metal-containing compound causes that the timber intensity of the lithotome Raw material processing of defect is low, quality is not high, the deficiency of easy broken seepage, the utility model provides a kind of high strength antiseepage lithotome composite floor board, this floor has high, the non-leakage advantage of intensity, the beautiful tone that in lithotome, metallic compound produces can be made full use of, its defect is converted into advantage, and then saves social mineral resources.
For achieving the above object, the utility model by the following technical solutions: a kind of high strength antiseepage lithotome composite floor board, its structure comprise successively from bottom to top unsaturated-resin layer 1, clathrum 2, stone material layer 3, infiltrate enhancement Layer 4;
Described unsaturated-resin layer 1 is coated in the bottom surface of stone material layer 3, and grid to be attached on unsaturated-resin layer 1 and to be immersed, and forms anti-fracture reinforcement structure in the bottom surface of stone material layer 3;
Described infiltration enhancement Layer 4 is the surfaces of the stone material layer 3 utilizing epoxy resin to be coated with, epoxy resin is utilized to have the feature of good bond strength, wellability, permeability and moisture-proof, make it immerse containing the rejected region of metallic compound in stone material, after solidification, the stone material body close-coupled of these defects and surrounding is formed and infiltrate enhancement Layer 4;
For solving the long deficiency of epoxy cure time, the curing rate of further quickening stone surface, enhances productivity, and described infiltration enhancement Layer 4 adheres to one deck light curing resin layer 5, described light curing resin layer 5 is attached to and infiltrates on enhancement Layer 4, in the superiors of described composite floor board.
The thickness of described stone material layer 3 is 15-25mm.
Described stone material layer 3 is the granite slabstone that marble slab or centre are mingled with metallic compound.
Described clathrum 2 is fiberglass mesh.
The know-why that the utility model relates to is as follows: the stone material containing metallic compound, in cutting, polishing, after polishing, due to color and the metallic luster of metallic compound self, whole stone material presents the visual effect of riot of color, belong to kind comparatively high-grade on stone material market, but other position bond strengths of metallic compound and stone material are not high, easily to rupture in process fragmentation, and containing active epoxide group in the molecular structure of epoxy resin, make them can generate with polytype curing compound generation cross-linking reaction and there is the cancellated high polymer of three-dimensional, it is high that the enhancing being applied to stone material has bond strength, bonded part is not easy cracking, wellability and good penetrability, inside, crack can be infiltrated and make up bonding, during colloid solidification, shrinkage factor is relatively low, adhesion strength is high, , the advantages such as its permeance property is good, epoxy and the curing compound of proper proportion is selected during use, used in combination in proportion with the form of two components, be mainly used in the repairing in granite crack and the repairing in marble veneer surface crack, and can according to the defect situation of sheet material by whole the whole frictioning in plate face or sectional repair, then naturally put and make colloid solidify again sanding and polishing or make its colloid rapid curing sanding and polishing again by device heating, the hardening time of epoxy resin is relatively long, and component proportion is relatively strict.
Light-cured resin refers to and some resin material modifications is added special active group, and then light absorbing energy starts the state that cross-linked polymeric reaches solidification, and its hardening time is shorter, and from several seconds to a few minutes, thus service efficiency is high.
The utility model has the following advantages:
Say from angles of product, the utility model is by arranging sandwich construction, the structural strengthening effect added is served to traditional single natural stone floor, particularly there is the metal-containing compound stone material of the gloss of better pattern, although compensate for its breakable defect attractive in appearance.
From the application of lithotome, structure described in the utility model, greatly can improve the pattern had that exists in existing stone mining process but the mine that there is larger defect is abandoned, or the famine material of major defect that has of exploitation is abandoned, cause the loss of exploitation business in person property, rock material resource can not get sufficient utilization, simultaneously due to a large amount of exploitations and the realistic situation abandoning having made natural landscape and water and soil resources suffer and destroy, to the innovation idea improving stone material industry, quality mind, the assurance of new technology, improve competitive strength etc. and have facilitation.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model embodiment 1.
Fig. 2 is the structural representation of the utility model embodiment 2.
Fig. 3 is upward view of the present utility model.
In figure, unsaturated-resin layer 1, clathrum 2, stone material layer 3, infiltration enhancement Layer 4, light curing resin layer 5.
Detailed description of the invention
Below in conjunction with accompanying drawing and explanation, the present invention is further described.
embodiment 1
As shown in Figure 1,3, a kind of high strength antiseepage lithotome composite floor board, adopts natural marble stone, and its structure comprises unsaturated-resin layer 1, clathrum 2, stone material layer 3 from bottom to top successively, infiltrates enhancement Layer 4; Described unsaturated-resin layer 1 is coated in the bottom surface of stone material layer 3, and grid to be attached on unsaturated-resin layer 1 and to be immersed, and forms anti-fracture reinforcement structure in the bottom surface of stone material layer 3; Described infiltration enhancement Layer 4 is the surfaces of the stone material layer 3 utilizing epoxy resin to be coated with, epoxy resin is utilized to have the feature of good bond strength, wellability, permeability and moisture-proof, make it immerse containing the rejected region of metallic compound in stone material, after solidification, the stone material body close-coupled of these defects and surrounding is formed and infiltrate enhancement Layer 4; The thickness of described stone material layer 3 is 20mm, and described clathrum 2 is fiberglass mesh.
Embodiment 2
As shown in Figure 2,3, a kind of high strength antiseepage lithotome composite floor board described in the present embodiment adopts natural granite stone material, and basically identical described in its structure and embodiment 1, difference is, the thickness of described stone material layer 3 is 25mm; Described infiltration enhancement Layer 4 adheres to one deck light curing resin layer 5, and described light curing resin layer 5 is attached to and infiltrates on enhancement Layer 4, in the superiors of described composite floor board.
Claims (4)
1. a high strength antiseepage lithotome composite floor board, is characterized in that, its structure comprises unsaturated-resin layer (1), clathrum (2), stone material layer (3) from bottom to top successively, infiltrates enhancement Layer (4);
Described unsaturated-resin layer (1) is coated in the bottom surface of stone material layer (3), and grid is attached to unsaturated-resin layer (1) and goes up and be immersed, and forms anti-fracture reinforcement structure in the bottom surface of stone material layer (3);
Described infiltration enhancement Layer (4) is coated on the surperficial cured layer formed of stone material layer (3) by epoxy resin;
Described infiltration enhancement Layer (4) upper attachment one deck light curing resin layer (5), described light curing resin layer (5) is attached to and infiltrates on enhancement Layer (4), in the superiors of described composite floor board.
2. a kind of high strength antiseepage lithotome composite floor board according to claim 1, it is characterized in that, the thickness of described stone material layer (3) is 15-25mm.
3. a kind of high strength antiseepage lithotome composite floor board according to claim 1, it is characterized in that, described clathrum (2) is fiberglass mesh.
4. a kind of high strength antiseepage lithotome composite floor board according to claim 2, it is characterized in that, described clathrum (2) is fiberglass mesh.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420712327.7U CN204282746U (en) | 2014-11-25 | 2014-11-25 | A kind of high strength antiseepage lithotome composite floor board |
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| CN201420712327.7U CN204282746U (en) | 2014-11-25 | 2014-11-25 | A kind of high strength antiseepage lithotome composite floor board |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111976255A (en) * | 2020-08-20 | 2020-11-24 | 苏州伍得人造板设备有限公司 | Treatment process of base material plate in melamine veneer |
| CN113582721A (en) * | 2021-08-03 | 2021-11-02 | 童晓斐 | Control panel and manufacturing process thereof |
-
2014
- 2014-11-25 CN CN201420712327.7U patent/CN204282746U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111976255A (en) * | 2020-08-20 | 2020-11-24 | 苏州伍得人造板设备有限公司 | Treatment process of base material plate in melamine veneer |
| CN113582721A (en) * | 2021-08-03 | 2021-11-02 | 童晓斐 | Control panel and manufacturing process thereof |
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