粘结砂浆

分析了灰砂比、水泥标号、拌合工艺、聚合物品种和掺量、纤维品种和掺量、养护制度等对粘结砂浆性能的影响。

This paper analyses the influence of cement / sand ratio , grade of cement mixing processes , variety and added quantity of polymer and fiber , curing system on binding mortar properties .

试验结果表明粘结砂浆的各项性能相比普通砂浆有了很大程度的提高。最后本文通过扫描电镜（SEM）对粘结砂浆进行了微观分析以及改性机理研究。

The results show that the performance of bonding mortar has improved largely compared with ordinary mortar . Finally , this paper made a study on microscopic analysis and modification mechanism of bonding mortar by SEM .

新型粘结砂浆的配制与性能研究

Study on the Compounding and Performance of New Type banding Mortar

干拌粘结砂浆复合外加剂的试验研究

Test for the composite additives featuring of dry felt mortar

干混特细砂陶瓷墙地砖粘结砂浆研究

Study on dry-mixed superfine sand mortar for bonding ceramic tile

外墙外保温用粘结砂浆和抹面砂浆质量控制要点

Key points of quality control for bonding mortar and coating mortar used in exterior insulation system

外墙外保温用面砖粘结砂浆性能的影响因素分析

Influence factors analysis of adhesive performance of facing tile used in external insulation external wall system

将苯板用专用粘结砂浆按要求粘贴上墙。

If you have special reinforc the request , can us plastic expand screw to anchorage .

通过试验研究，配制了低弹模、高柔性的瓷砖粘结砂浆。

The study proofs that increasing the flexibility of the adhesive mortar , can reduce the internal stress .

结果表明：减水剂对粘结砂浆的粘结强度无影响。

The results show that water reducing agent has no effect on the bond strength of bonding mortar .

通过应力分析说明造成瓷砖粘结砂浆粘结破坏的一个重要原因是不同材料间的变形不协调。

Stress analysis indicates that an important reason of destroy cementing of ceramic tile mortar is disaccord distortion of different materials .

为了保证粘结砂浆的粘结强度，胶粉的掺量也不能过少。

But the mixing amount of the powder can not be less in order to ensure the bond strength of bonding mortar .

通过对粘结砂浆进行综合性能测试，得出优化后的粘结砂浆能够适应复杂的环境条件。

And it has obtained results that optimized bonding mortar can be able to adapt to the complex environmental conditions through a comprehensive performance testing of bonding mortar .

影响砂浆性能的最主要组成物是各种聚合物干粉，它们的质量及性能和掺量都会使粘结砂浆和抹面砂浆的质量出现问题。

The most important constituents of affecting the properties of the mortars were polymer powders , whose quality and performance and admixing content made the bonding mortar and the finishing mortar have quality problems .

但是在实际应用中，外墙外保温系统出现了很多问题，特别是粘结砂浆的强度不足，抹面砂浆容易开裂等。

But the exterior insulation system has appeared a lot of problems in practical application , especially the strengths of bonding mortar were insufficient , and the finishing mortar easily cracked and so on .

基于超薄绝热保温板的粘结砂浆是超薄绝热保温板外墙外保温体系中最重要的组成部分，对提高系统的耐久性能起到了关键的作用。

Bonding mortar based on Super-thin Thermal Insulation Plate ( STP ) is the most important part of the STP external thermal insulating system . It plays a key role in improving the durability of the system .

通过对各种纤维对粘结砂浆性能的影口向比较，得出了掺入占干拌料的0.1%的木质纤维，可有效的提高粘结砂浆的抗折强度，显著提高砂浆的抗收缩性能；

By comparing the influence of different fibers on the performances of mortar , the results show that adding 0.1 % dosages of mood fiber in dry mortar can effectively increase flexural strength and anti-shrinkage of mortar .

矿物掺合料等量取代水泥的研究表明，采用Ⅰ级粉煤灰取代30%的水泥，不但可以降低粘结砂浆的成本，而且可以提高砂浆的和易性、抗折强度及耐久性。

By investigating on substituting mineral admixtures for part of cement , it was presented that substituting FA-I for 30 % of cement can not only decrease the cost of bonding mortar , but also increase the workability , flexural strength and durability of the bonding mortar .

粘结干粉砂浆的试验研究

Experimental Researches on Bonding Dry Powder Mortar

新型绿色建材粘结干混砂浆

New building material & adhesive bond dry-mixed mortar

粘结干混砂浆具有实现标准化的生产控制、质量均匀可靠、使用、运输及储存都比较方便的特点。

This paper introduces the advantages of mortar powder , for example , standardized production control , reliable quality , and easy transportation and store .

纤维素醚可以提高砂浆的粘结性，改善砂浆的保水性，少量掺入即可使砂浆获得良好的施工性能，实际配置中可以掺加在0.4～0.5%范围为宜。

Cellulose ethers can raise caking , improve water conserve property , mix a little can get well workability , the actual configuration can be mixing in the range of 0.4 to 0.5 percent .

聚合物从微观层次上改变了水泥的水化产物、砂浆内部水泥石结构形态、浆体与骨料的粘结界面等方面，从而改善了粘结砂浆的工作性能及力学性能。

The polymer can change the hydration products of cement , cement paste morphology within the mortar and bonding interface between paste and aggregate on the micro-level . Thus it can improve the workability and mechanical performance of bonding mortar .