硼酸锌

同时与五水硼砂高温结晶工艺衔接，一步得到满足高硼硅酸盐玻璃工业需求的高纯度的五水硼砂。（3）新型硼酸锌Zn6O（OH）（BO3）3的制备研究。

Then the process was combined with borax pentahydrate borax high temperature crystallization process and high purity borax pentahydrate meeting the requirement of high-borosilicate glass industry was prepared by one step . ( 3 ) A novel zinc borate Zn6O ( OH )( BO3 ) 3has been prepared .

硼酸锌中三氧化二硼含量测定的新方法

A novel approach to analyze boron trioxide content in zinc borate

硼酸锌对PVC力学及阻燃性能的影响

Effect of zinc borate on mechanical properties and flame retardancy of PVC

以红外、SEM和XRD手段对硼酸锌进行表征。

The zinc borate was characterized by IR , SEM and XRD . Conclusions : 1 .

以十水硼砂和硫酸锌为原料，在表面活性剂作用下制备了颗粒状硼酸锌Zn60（OH）（B03）3。

With borax decahydrate and zinc sulphate as raw materials , granular zinc borate Zn6O ( OH )( BO3 ) 3was prepared in the present of surfactant .

描述了采用密胺树脂和硼酸锌连续双层包覆微胶囊化红磷（MRP）的最新制备方法。

Microcapsulated red phosphorus ( MRP ) coated with melamine-formaldehyde resin and zinc borate was prepared and characterized by FTIR , XPS and TEM .

研究结果表明，在PVC中加入5%经偶联剂和振磨处理的硼酸锌，PVC的冲击强度、拉伸强度和极限氧指数均得到了明显提高。

The impact strength , strength at break and limited oxygen index of PVC will be improved quite a lot after blending it with 5 % of ZB pretreated by coupling agent .

通过TGA、极限氧指数测定、SEM和力学性能测定研究了PVC／硼酸锌体系的热降解行为、阻燃性能和力学性能。

The thermal degradation , flame retardancy and mechanical properties of Zinc borate ( ZB ) filled PVC were studied through TGA , limited oxygen index ( LOI ) test , SEM and mechanical property test .

其中，B2O3的含量比传统的2335型硼酸锌略低。

Thereinto , the content of boric oxide was lower than traditional zinc borate of 2335 type .

讨论了各种无卤阻燃体系，如膨胀剂PNP、三聚氰胺、硅酸铝、磷酸二氢铵、滑石粉、磷酸酯、硼酸锌等新型的阻燃剂以及与其他阻燃剂并用对体系的影响。

A large of systems filled with non-halogen agent , such as PNP , melamine , aluminum silicate , diammonium phosphate , talcum powder , phosphate , zinc borate were discussed .

建立了一种测定硼酸锌中三氧化二硼（B2O3）含量的新方法，即以溴甲酚绿甲基红混合指示剂来确定硼酸的滴定起点。

A novel approach to analyze the content of boron trioxide in zinc borate was established using bromocresol green-methyl red mixture as indicator to determine the titration starting point .

结果表明，ATH粉体改性效果越好，阻燃性能越好，ATH与红磷、硼酸锌和硅油等有较好的阻燃协同效应。

The results show that the better modification effects are beneficial for improving the flame resistance performance of ATH powder . ATH has good flame-resistant synergism with red phosphorus , zinc borate , silicone oil .

固相反应合成超细硼酸锌阻燃剂

Synthesis of Nano Zinc Borate Fire Retardant by Solid State Reaction

新型复合陶瓷助熔剂&硼酸锌

Zinc Borate , a New Kind of Composite Ceramic Flux

溶剂热改性法制备亚微米级低水硼酸锌

Preparation of submicron zinc borate with low hydrous content by solvothermal treatment

超细硼酸锌阻燃剂的制备及其性能研究

Study on Preparation of Ultrafine Zinc Borate and Its Properties

硼酸锌的性质、生产及阻燃应用

Properties , Production and Inflaming Retarding Application of Zinc Borate

阻燃剂低水合硼酸锌的合成及应用

Synthesis and application of flame retardant low-hydrated zinc borate

纳米级低水硼酸锌的微波合成、表征及应用

Synthesis , Characterization and Application of Nanometer Zinc Borates Prepared by Microwave Heating Method

硼酸锌是陶瓷强助熔剂，适合低温快烧工艺。

Zinc borate is ceramic strong flux suitable to low temperature quick fire process .

硼酸锌在膨胀型阻燃聚丙烯中的协同阻燃机理研究

Studies of Mechanism of Synergistic Effect of Zinc Borate in Intumescent Flame Retarded Polypropylene

阻燃剂七水合硼酸锌的合成

Synthesis of Flame Retardant Zinc Borate Seven Swords

硼酸锌中硼的快速测定

The quick determination of boron in zinc borate

低水合硼酸锌的合成与应用

Synthesis and use of low-hydrated zinc borate

环保型无机阻燃剂硼酸锌概况

Inorganic Flame Retardant - Zinc Borate

合成了低水合硼酸锌，测定了它的部分物理常数。

Low hydrated zinc borate was synthesized , and part of its physical constants were determined .

硼酸锌和聚磷酸铵在木材阻燃中的成炭作用和抑烟作用

Char Forming and Smoke Suppression Function of Zinc Borate and Ammonium Polyphosphate on Wood during Combustion

多功能硼酸锌防腐蚀颜料

Multifunctional Zinc Borate-Based Anticorrosive Pigment

综述了硼酸锌的制备工艺及其在塑料中作为阻燃剂的应用研究进展。

The research progress of preparation technology and application as flame-retardant in plastic of zinc borate were reported .

低水合硼酸锌的脱水温度测定及其合成路线探讨

Determination of the Dewatering Temperature of the Low Level Hydrated Zinc Borate and Investigation on its Synthetic Route