高温粘结剂

由于粘结性煤在炭化过程中能生成大量煤焦油，起到高温粘结剂的作用，从而避免了高温粘结剂的使用，降低了生产成本，简化了生产工艺。

During carbonization step , Caking coal can produce large quantity of coal tar which can act as a high temperature binder . This could reduce produce cost and simplify the process .

论述了千瓦级熔融碳酸盐燃料电池组制备及组装工艺中双极板组合件、高温粘结剂、隔膜原位制备、制紧力、热量管理等技术。

The technologies of bipolar assembly , high temperature binder , preparing matrix in situ , tight pressure , heat managing in preparation and assembling processes of kW scale molten carbonate fuel cell stacks were discussed .

以酚醛树脂（phenol-formaldehyderesin，PF）和碳化硼（B4C）为原料的高温粘结剂对炭材料具有良好的粘接性能。

The high temperature adhesive composed of phenol-formaldehyde resin ( PF ) and boron carbide ( B 4C ) has satisfied bonding performances for carbon materials .

以酚醛树脂为基体，加入B4C作为改性填料制备出高温粘结剂，并对Si3N4陶瓷进行粘接。

High-temperature adhesive was prepared using phenol-formaldehyde resin ( PF ) as matrix and boron carbide ( B_4C ) as modifier .

添加2%的石墨，5%的高温粘结剂和5%的10mm玻璃纤维；混捏次数为4次，陈化时间24h。

The optimal manufacture condition is 15 MPa pressing pressure , 30 % water content , 2 ~ 3 pH value , 2 % graphite , 5 % high temperature bonder , 5 % glass fiber , kneading 4 times and aging 24 hours .

以酚醛树脂和B4C为原料制备高温粘结剂，并对石墨/陶瓷（Al2O3）进行粘接连接。

A high temperature adhesive was prepared using phenol-formaldehyde resin as matrix and boron carbide ( B 4C ) as additives to modify the properties of the adhesive . Graphite / ceramics ( Al 2O 3 ) was bonded by the adhesive and treated at different temperatures .

室温固化型高温粘结剂的制备及其性能

The preparation and performance of high temperature adhesive cured at room temperature

高温粘结剂对多孔陶瓷制品性能的影响

Effect of Bonding Agent on Properties of Porous Ceramics

利用高温粘结剂是实现炭材料连接最有效的方法。

High temperature adhesive bonding is one of the promising methods for joining carbon materials .

炭材料的高温粘结剂（Ⅱ）

High temperature adhesives for carbon materials (ⅱ)

结果表明，室温固化型高温粘结剂对石墨材料具有良好的粘接性能。

Results showed that the high temperature adhesive cured at room temperature had satisfied bonding performance for graphite materials .

主要研究了高温粘结剂的加入量对制品的强度、平均孔径、孔隙率、渗透性等性能的影响。

With the constant high-temperature bonding-agent , the relationship was introduced between the quantity of bonding-agent and strength , porosity , porous diameter , infiltration .

通过一系列实验，研究了注浆成型法制备多孔羟基磷灰石生物陶瓷和添加高温粘结剂对陶瓷的力学性能影响。

By a series of experiments , the present paper has studied the porous hydroxyapatite bioceramics prepared through casting formation and increase high temperature cementing agent to the ceramic mechanics performance influence .

结果表明：加入30wt%高温粘结剂A的封装剂与基体材料结合性良好，其它5组配方样品均出现不同程度的开裂或分层现象。

The results showed that : the binding property of the package agent and matrix material is good when the high temperature binder was 30wt % of the package agent , the other 5 groups of formula samples were cracked or Stratified with varying degrees .

介绍了HB高温耐火粘结剂在焦炉热态修补技术中应用的机理、试验情况及效果。

The application mechanism of HB high-temperature-resisting refractory binder in hot fitting of coke oven is introduced as well as the test and result .

讨论了在炭黑基电刷研制中采用半补强炭黑作骨架材料，改性高温沥青作粘结剂；

This text discussed in base carbon black electrical brush research to manufacture the adoption half repairs the strong carbon black as the framework ;

采用高温高强度粘结剂后，上述现象均消失，但是热应力使石英传递棒开裂或试样范性变形。

The aforementioned phenomena had vanished by using a high temperature and high strength adhesive , but the cracking of quartz dumb bar and plastic flow of specimen undergone by the thermal stress .