Summary of the invention
The technical problem to be solved in the present invention is: a kind of recyclable recycling is provided, is not afraid of that tide, quality are light, the architectural decoration material of constant product quality and with the artificial floor of its making, can overcome the deficiencies in the prior art
Technical scheme of the present invention is: architectural decoration material, it is to make with the raw material of following weight proportion, calcite 40-60 part, PVC 40-60 part, sodium-chlor 1-2 part, paraffin 1-3 part, stablizer 1-2 part.
In described calcite, calcium carbonate content is greater than 80%.
Described stablizer is high-efficiency compound stabilizer.
Described stablizer is PVC high-efficiency compound stabilizer.
The making method of building and ornament materials: it comprises the following steps:
A, calcite, PVC, paraffin, sodium-chlor, the stablizer of specifying component mixed and be crushed to 200 orders more than;
B, the mixture after the fragmentation in step a is sent into the base material that worm conveyor Squeezinggranulator obtains rod-shpaed particle;
Architectural decoration material producer is in the making method on floor:
A, base material is sent into single-lead-screw extruding briquetting machine, after cooling, cutting substrate;
B, the utilization material identical with substrate add the two ends of the middle part perforate on substrate stifled, and offer end and carve mouth, obtain artificial floor main body;
C, to the artificial floor main body japanning of polishing, and top layer lacquer painting is carried out to ultraviolet light polymerization paint baking.
Compared with the prior art, the main material of these building and ornament materials is calcite and PVC, both proportion accounts for the more than 93% of whole material, and the most direct advantage of base material making with calcite and PVC is for weighing less than ceramic tile, indeformable in wet environment, be difficult for burn into fire prevention etc.; The finishing material making with it can also reclaim after using certain hour, as base material, continue to use after broken, extruder grain, there are energy-conserving and environment-protective, and because be mixed with a large amount of PVC in stone material, can reduce the coolness of finishing material like this, increase heat insulation effect, and run into also can be broken collide with in the situation that, so this base material can obtain all kinds of finishing material by the method for extruding, as floor tile, wall brick, furred ceiling etc.The making method of this finishing material is also simpler, energy-conservation simultaneously.With this material making artificial floor, when extrusion molding, by its floor middle part perforate, there is like this quality of alleviating, save material, utilize base material to add stifled two ends, mouth is carved at the two ends that so just can be convenient to offer artificial floor, can not affect the property easy for installation on floor; Top layer lacquer painting is carried out to ultraviolet light polymerization paint baking, so not only can prevent that lacquer painting from coming off, and can Anti-scratching, increase wear resistance.
Embodiment
Embodiment 1: it comprises the following steps the making method of architectural decoration material:
A, get calcium carbonate content and be greater than more than 1 part of 80% 1 part, 1 part, 40 parts of 40 parts, calcite, PVC, sodium-chlor, paraffin, stablizer mixes and be crushed to 200 orders;
B, the mixture after the fragmentation in step a is sent into worm conveyor Squeezinggranulator obtain rod-shpaed particle and obtain base material.Described stablizer used is high-efficiency compound stabilizer, preferably PVC high-efficiency compound stabilizer.
It comprises the following steps the making method of embodiment 2, architectural decoration material:
A, get calcium carbonate content and be greater than more than 2 parts of 80% 3 parts, 2 parts, 60 parts of 60 parts, calcite, PVC, sodium-chlor, paraffin, stablizers mix and be crushed to 200 orders;
B, the mixture after the fragmentation in step a is sent into worm conveyor Squeezinggranulator obtain rod-shpaed particle and obtain base material.Described stablizer used is high-efficiency compound stabilizer, preferably PVC high-efficiency compound stabilizer.
It comprises the following steps the making method of embodiment 3, architectural decoration material:
A, get calcium carbonate content and be greater than 2 parts of 80% 3 parts, 2 parts, 40 parts of 60 parts, calcite, PVC, sodium-chlor, paraffin, stablizers and mix and be crushed to below 200 orders;
B, the mixture after the fragmentation in step a is sent into worm conveyor Squeezinggranulator obtain rod-shpaed particle and obtain base material.Described stablizer used is high-efficiency compound stabilizer, preferably PVC high-efficiency compound stabilizer.
It comprises the following steps the making method of embodiment 4, architectural decoration material:
A, get calcium carbonate content and be greater than 2 parts of 80% 1 part, 1 part, 60 parts of calcite, PVC, sodium-chlor, paraffin, stablizers and mix and be crushed to below 200 orders.
B, the mixture after the fragmentation in step a is sent into worm conveyor Squeezinggranulator obtain rod-shpaed particle and obtain base material.Described stablizer used is high-efficiency compound stabilizer, preferably PVC high-efficiency compound stabilizer.
It comprises the following steps the making method of embodiment 5, architectural decoration material:
A, get calcium carbonate content and be greater than 2 parts of 80% 1.5 parts, 2 parts, 50 parts of calcite, PVC, sodium-chlor, paraffin, stablizers and mix and be crushed to below 200 orders;
B, the mixture after the fragmentation in step a is sent into worm conveyor Squeezinggranulator obtain rod-shpaed particle and obtain base material.Described stablizer used is high-efficiency compound stabilizer, preferably PVC high-efficiency compound stabilizer.
Utilize the method on above-mentioned gained base material making artificial floor to be:
A, base material is sent into single-lead-screw extruding briquetting machine, after cooling, cutting substrate; Push the substrate of gained at the disposable wedge mouth that offers of length direction, and when extrusion molding, utilize forming mould to go out longitudinal hole in longitudinal extrusion molding of substrate, the uniform quantity of through hole is 6-9;
B, the utilization material identical with substrate add the two ends of the through hole on substrate stifled, and with necking tool, offer end and carve mouth, obtain artificial floor main body;
C, to the artificial floor main body japanning of polishing, and top layer lacquer painting carried out to ultraviolet light polymerization processing obtain this product.