Reaction sintering silicon carbide ceramic washbowl bearing and burning rack
Technical field
The utility model belongs to advanced ceramics product technique field, relates in particular to a kind of reaction sintering silicon carbide ceramic washbowl bearing and burning rack.
Background technology
Sanitary ceramics refers to the ceramic appliance of health and clean washing use, also claims cleaners and polishes, and many application car tunnel kiln, roller kilns and shuttle kilns in industry, adopt single or multiple lift dress to burn.When sintering, the kiln furnitures bearing capacity that bears sintering cleaners and polishes is large, loading height is high, not only to bear high temperature sintering temperature and its pressure bringing of cleaners and polishes, and to stand cold cycling repeatedly, this just requires kiln furnitures should have high elevated temperature strength and system behavior in service stably, and kiln furnitures quality and performance quality, and quality to burnt product, output, energy consumption, cost etc. all can have a direct impact.
Washbowl is one of them category of sanitary ceramics, and the kiln furnitures that bear sintering washbowl are washbowl load bearing boards.General recrystallized silicon carbide material or the dichroite-mullite material of adopting, but can produce slight deformation after using a period of time, this is a critical defect to producing high-grade washbowl.
Utility model content
Technical problem to be solved in the utility model is: a kind of reaction sintering silicon carbide ceramic washbowl bearing and burning rack is provided, can produces distortion to solve after existing washbowl load bearing board uses a period of time, affect the technical problem of product quality.
For solving the problems of the technologies described above, the technical solution of the utility model is: reaction sintering silicon carbide ceramic washbowl bearing and burning rack, comprise two brace summers that are oppositely arranged, every described brace summer is provided with at least two groove is installed, the bearing of trend of described installation groove is identical with the bearing of trend of described brace summer, described in two, between brace summer, be provided with refractory slab, the two ends of described refractory slab are held on respectively described in two in described installation groove corresponding on brace summer, be formed for placing holding of washbowl and burn space described in adjacent two between refractory slab.
Improve as one, described installation groove is provided with three, and described holding burnt space and be provided with two.
As further improvement, described refractory slab comprises two the first refractory slabs, is provided with the second refractory slab described in two between the first refractory slab, and described the second refractory slab comprises two the 3rd refractory slabs that be arranged in parallel, forms described holding and burn space between described the first refractory slab and the 3rd refractory slab.
Adopt after technique scheme, the beneficial effects of the utility model are: because reaction sintering silicon carbide ceramic washbowl bearing and burning rack has designed brace summer and refractory slab, described in adjacent two, between refractory slab, be formed for placing holding of washbowl and burn space, thereby use time, washbowl is placed in to hold and burns in space, then coordinate with silicon carbide reaction-sintered leghole beam, silicon carbide reaction-sintered crossbeam, composition holds firing kickstand, as washbowl sintering kiln kiln furnitures, thereby conventional recrystallized silicon carbide material or dichroite-mullite washbowl load bearing board are replaced.The utility model not only simple in structure, good stability, firmly, supporting power is large, and elevated temperature strength is large, from heavy and light, heat conduction is good, accumulation of heat is little, long service life, and can ensure indeformable, thereby the high-grade-goods rate of washbowl is improved greatly; Meanwhile, also can reduce kiln thermal losses, reduce production cost.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of brace summer in Fig. 1;
Fig. 3 is the structural representation of refractory slab in Fig. 1;
Fig. 4 is use view of the present utility model;
In figure: 1, brace summer, 2, groove is installed, 3, refractory slab, 31, the first refractory slab, 32, the 3rd refractory slab, 4, hold and burn space, 5, leghole beam, 6, crossbeam.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Fig. 1 to Fig. 3 is common, reaction sintering silicon carbide ceramic washbowl bearing and burning rack comprises two brace summers that are oppositely arranged 1, every brace summer 1 is provided with at least two groove 2 is installed, the bearing of trend that groove 2 is installed is identical with the bearing of trend of brace summer 1, between two brace summers 1, be provided with refractory slab 3, the two ends of refractory slab 3 are held on respectively in installation groove 2 corresponding on two brace summers 1, between adjacent two refractory slabs 3, be formed for placing holding of washbowl and burn space 4, hold the size of burning space 4 by the distance adjustment between mobile two refractory slabs 3, to adapt to the support of ceramic washbasin of different size.
Groove 2 is installed and is provided with three, hold and burn space 4 and be provided with two, refractory slab 3 comprises between two the first refractory slab 31, two first refractory slabs 31 and is provided with the second refractory slab, the second refractory slab comprises forming to hold between two the 3rd refractory slab 32, the first refractory slabs 31 be arrangeding in parallel and the 3rd refractory slab 32 and burns space 4.Certainly, the installation groove 2 on brace summer 1 can be also multiple to arrange according to actual needs, burn space 4 thereby form multiple holding.
Brace summer 1 is silicon carbide reaction-sintered brace summer, and refractory slab 3 is silicon carbide reaction-sintered refractory slab.Reaction sintering silicon carbide ceramic has high-temperature oxidation resistant, High anti bending strength, good thermal shock, uses the features such as indeformable for a long time.
As shown in Figure 4, when use, washbowl is placed in to hold and burns in space 4, then coordinate with silicon carbide reaction-sintered leghole beam 5 and silicon carbide reaction-sintered crossbeam 6, can be according to actual conditions, on silicon carbide reaction-sintered leghole beam 5 and silicon carbide reaction-sintered crossbeam 6, place the reaction sintering silicon carbide ceramic washbowl bearing and burning rack that multiple the utility model provide, thereby composition holds firing kickstand, as washbowl sintering kiln kiln furnitures, thereby conventional recrystallized silicon carbide material or dichroite-mullite washbowl load bearing board are replaced.
The utility model not only simple in structure, good stability, firmly, supporting power is large, and elevated temperature strength is large, from heavy and light, heat conduction is good, accumulation of heat is little, long service life, and can ensure indeformable, thereby the high-grade-goods rate of washbowl is improved greatly; Meanwhile, also can reduce kiln thermal losses, reduce production cost.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any amendments of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.