目的：探讨利用溶胶凝胶法进行纳米硅涂层表面改性对玻璃渗透氧化铝陶瓷粘结强度的影响。
Objective: Aim of this study was to evaluate the effect of silica coating with sol-gel process on bonding strength between glass infiltrated alumina ceramic and resin luting cement.
指出陶瓷刀具材料切削磨损时的基本机理仍然是磨料磨损、粘结磨损、化学反应与扩散磨损。
It is finally pointed out that the main wear mechanisms of the ceramic tool materials are still abrasive, adhesive, chemical reaction and dispersion wear.
这种材料具有高辐射率、高粘结强度、抗热震性能好等特点，是一种高效节能的陶瓷新材料。
The material had high emissivity, high bond strength and thermal shock resistance. it was a new ceramic material of high efficiency and saving energy.
这种材料具有高辐射率、高粘结强度、抗热震性能好等特点，是一种高效节能的陶瓷新材料。
The material had high emissivity, high bond strength and thermal shock resistance, it was a mew ceramic material of high efficiency and saving energy.
广泛适用于粘结各类金属、陶瓷、玻璃、橡胶、耐热塑料和许多其它材料。
The product is suitable for bonding a wide variety of metals, ceramics, glass, rubber, temperature resistant plastics and many other materials.
通过烧结实验，验证了硅溶胶在陶瓷型中的粘结作用；
Through(sintering) experiment, the adhesive effect of silicon gel in ceramic mould is verified.
用这种方式向红热表面上喷涂导致得到的陶瓷与金属基底的粘结显著改善。
Spraying onto a red-hot surface in this fashion leads to a very marked improvement in adhesion of the resulting ceramic to the metal substrate.
讨论了磷酸铝粘结剂的制备工艺及粘结机理，陶瓷型过滤片的原料组成和配比，烘干和烧结工艺。
The preparation and mechanism of bonding for aluminum phosphate as binder, raw materials and its ingredient, drying and sintering for the flat ceramic filter have been discussed.
低温陶瓷木材是以植物剩余物和工业废磷渣为主要原料，采用化学键合陶瓷为粘结剂，在接近常温的条件下制备而成的具有陶瓷和木材双重性能的新型人造木材。
Ceramics timber of low temperature is a kind of material which uses plant remainder and the phosphorus dreg of industry abolishes as main raw materials, uses chemically bounded ceramic as its binder.
粘结层是在陶瓷层与金属基体之间的一层改善陶瓷层与基体粘结性的过渡层。
Bond coat is a kind of coating that improved the interface conjunction between the bond coat and the top coat.
另外，将插层和表面粘结压电陶瓷方法结合并用，会收到综合的CFRP振动阻尼效果。
In addition, by combining the interleaving and surface bonded PZT ceramics, joint effect of both methods has been achieved for the vibration damping of CFRP laminates.
适合于玻璃，铝材，石材，混凝土，砖瓦，陶瓷，塑料间的非结构性粘结密封。
Suitable for glass, aluminum material, stone, concrete, brick, ceramic, plastic, non-structural bonding and sealing.
金属粘结层与陶瓷涂层均呈层状结构，陶瓷涂层致密性较差、易出现微裂纹，金属粘结层相对致密、一般无裂纹。
Both the metal bond coat and the ceramic coat display a laminar structure. The ceramic coat shows less density and there exists some cracks frequently, whereas the bond coat denser and no cracks.
通过与硅酸乙酯水解液粘结剂的比较表明，以硅溶胶作为透气性金属陶瓷材料的粘结剂，其材料的制造工艺简单、强度较高、透气性较好。
The results of the test have shown that the operating technology for colloidal silicate binding is comparatively simple and the strength and gas permeability of the mold are comparatively good.
粘结单体4一META作为陶瓷偶联剂的添加成分，对瓷和树脂的粘结无帮助。
As an additioner in silane coupling agent, the functional monomer of 4-META can not help the bonding between porcelain and composite resin.
此产品的原材料为三种：粘结剂，耐高温颜料和陶瓷纤维。
There are three materials of logs, binder, stain and ceramic fiber.
对幕墙基材包括镀膜陶瓷、反光玻璃、 阳极氧化和喷涂铝材以及不锈钢等金属材料均具有卓越的粘结性。
With excellent adhesion to all types of coated ceramic, glass, priming aluminum and stainless steel and so on.
对幕墙基材包括镀膜陶瓷、反光玻璃、 阳极氧化和喷涂铝材以及不锈钢等金属材料均具有卓越的粘结性。
With excellent adhesion to all types of coated ceramic, glass, priming aluminum and stainless steel and so on.
应用推荐