Technical Data Sheet 技术数据表
KYC-TM05
Chemical composition 化学成分
1,2,4-Benzenetricarboxylic acid,mixed decyl and octyl triesters
偏苯三甲酸三(辛/癸)酯 (TM8-10)
CAS Registry Number CAS 登录号码
90218-76-1
EINECS 欧洲现存商业化学品目录编号
290-754-9
Molecular Formula分子式
C36H60O6
Molecular Weight分子量
588.86
Specifications 规格说明
Characteristics特性 | Unit单位 | Specification规格 | Test Method测试方法 |
Appearance外观 | - | Limpid liquid 透明液体 | Visual 目测 |
Colour 色度 | Pt-Co | 70 max | ASTM D 1045 |
Acid Value 酸值 | mgKOH/g | 0.10 max | GB/T 1668 |
Water Content水分 | wt.% | 0.10 max | ASTM E 1064 |
Density 密度（20°C） | g/ml | 0.968-0.978 | ASTM D 4052 |
Refractive Index n20D 折光率 | - | 1.481-1.485 | ASTM D 1045 |
Volume Resistivity 体积电阻率（23±2°C） | Ω·cm | 2.5×1011 min | GB/T 1672 |
Flash Point(Open) 闪点（开口杯法） | °C | 255 min | GB/T 1671 |
Ester Content 酯含量 | wt.% | 99.5 min | G.C |
Alcohol Content 醇含量 | ppm | 1000 max | G.C |
Total Contents of Phthalates 邻苯类总含量 | ppm | 1000 max | G.C |
KYC-TM05 is not stabilized with anti-oxidant 未添加抗氧剂。
KYC-TM05/ST is stabilized with 1000 or 3000ppm of IRGANOX-1010 upon customer request.
根据客户要求添加抗氧剂1000或3000ppm。
Liquid Properties 液体性能
Temperature 温度 (°C) | Brookfield Viscosity博勒飞粘度 (mPa·s) |
5 | 360 |
15 | 200 |
25 | 109 |
35 | 62 |
45 | 38 |
55 | 25 |
65 | 18 |
75 | 10 |
The figures above are typical values and are not intended as specification limits.
以上数据是典型数值只供参考，而不是技术指标规范。
Brief Descriptions 产品简介
KYC-TM05 is a yellowish or colorless oily limpid liquid. It is soluble in most of organic solvents but insoluble in water.On request, it can be stabilized with antioxidants depending on customer requirements.
KYC-TM05为微黄色或无色油状透明液体，能溶于大部分有机溶剂，但不溶于水。根据不同客户的要求，可添加抗氧化剂。
KYC-TM05 tends to solidify at the temperature of approx. 0°C. Nevertheless it melts by slight heating, without any quality problem.
KYC-TM05在接近0°C时有凝固趋势，而轻微的加热可使它熔化，但无任何质量问题。
The product due to its nature does not have a shelf life. However, it can be stored in appropriate containers at a temperature of approximately 25°C and the exclusion of humidity for at least 1 year, without losing its chemical properties.Nevertheless, re-testing of properties is recommended every 6 month from the production date.
KYC-TM05由于其特性是没有设定储存期。但是在温度大约为25℃且有效除湿的条件下，将其储存于适当的容器内至少一年不会失去其化学特性。不过我们仍建议在未使用的每六个月应重新检验，以获得最佳的使用效果。
For further information on the characteristics and properties of KYC-TM05 in the liquid state, see the relevant
standard Materials Safety Data Sheet.
如需有关液体KYC-TM05特性和性能的更多信息，请参阅相关标准「物质安全数据表」(MSDS)。
Performance advantages of Trimellitates plasticizers偏苯类增塑剂的性能优势
Trimellitate plasticizers for PVC compound based on Keyuncheng offer to users and compounders many of the performance advantages of both Polyester and Phthalate plasticizers.
Trimellitate plasticizers show an unique balance of properties that can be summarized as follows:
科云诚的偏苯三酸酯类增塑剂，用于聚氯乙烯增塑剂为用户和配方者提供了既有苯酐又有聚酯类增塑剂的许多性能优势。偏苯三酸酯增塑剂的独特优势归纳如下:
Processability and efficiency 加工性能和效率
Comparable with those of many Phthalate plasticizers and better than most Polyester plasticizers.
与邻苯二甲酸酯类增塑剂相当，并优于大多数聚酯增塑剂。
· Permanence at high temperatures and retention of mechanical properties.
在高温下的性能和机械性能保持力
Trimellitate plasticizers provide the same or even better performances than Polyester plasticizers.
偏苯三酸酯类增塑剂具有与聚酯增塑剂相同甚至更好的性能。
· Low temperature flexibility 低温柔韧性
Unlike Polyester plasticizers, Trimellitate plasticizers provide good flexibility at low temperatures.
与聚酯增塑剂不同，偏苯三酸酯类增塑剂在低温下柔韧性良好。
· Permanence and compatibility 持久性和兼容性
Trimellitate plasticizers are more permanent than many other plasticizers. They are extremely resistant to extraction by aqueous soap and have an excellent compatibility under high humidity. The migration resistance in PVC compounds when in contact with a wide range of materials is much better than phthalates and other monomeric plasticizers and comparable to Polyester plasticizers.
偏苯三酸酯类增塑剂比其他许多增塑剂持久性更强。该类产品耐肥皂水萃取性非常好，而且在湿度高的条件下具有极好的相容性。在聚氯乙烯复合物中耐迁移性明显优于邻苯二甲酸酯和其他单分子增塑剂，可以与聚酯增塑剂相媲美。
Characteristics and Applications of KYC-TM05
KYC-TM05的特性及应用
· KYC-TM05 is esterifiedbya blend of linear C8 and C10 alcohols, has been shown to be the Trimellitate plasticizer with the best combination of properties when formulated in PVC compounds. It provides excellent high temperature resistance while at the same time good low temperature flexibility.
KYC-TM05由线性正辛醇C8 和正癸醇C10 混合酯化而得，在PVC化合物中应用时被证明是具有最佳综合性能的偏苯三酸酯增塑剂。它具有极好的耐高温性同时又有良好的负摄氏低温柔韧性。
· Therefore KYC-TM05is widely used to prepare compounds for special electrical cables as it can satisfy the most severe requirements in this sector (BS 6746, VDE 0207, UL 62, CEI 20-11,and ISO 6722 with reference to automative cables class B and C)
因此，KYC-TM05广泛应用于生产特殊电线的化合物，它能够满足此领域最严格的要求（BS 6746、VDE 0207、UL 62、CEI 20-11以及ISO 6722关于B级和C级汽车电缆的标准）。
· It is also used to produce “anti-fogging” vinyl coatings for car interiors; furthermore it can be used as a base stock for synthetic lubricating oils.
它同样用于生产汽车内饰用的「防雾化」乙烯基涂料； 此外，它可以用作一种合成润滑油的基础原料。
· KYC-TM05is a technical grade product. Should you have more specific needs, you are invited to contact our sales offices or representative agencies.
KYC-TM05是一款技术级产品。如果您有更具体的需求，请与我们的销售办事处或代理机构联系。
General properties in PVC compounds 在PVC化合物中的一般特性
The properties of KYC-TM05 were evaluated in comparison with the TINTM and TOTM by the following formulation:
用如下配方，将KYC-TM05与TINTM and TOTM的性能进行比较如下：
Formulation 配方 | (parts by weight 按重量分配) |
PVC S-65聚氯乙烯 | 100 |
Plasticizer增塑剂 | 50 |
Calcium carbonate碳酸钙 | 52 |
Ca/ Zn stabilizer钙/锌稳定剂 | 6 |
PE-WAX聚乙烯蜡 | 0.5 |
Irganox1010抗氧剂 | 0.05 |
The specimens were prepared by calendering and moulding to obtain the thickness required for the different test methods.
采用密炼、压制和制模工艺以取得不同测试方法所需厚度的试片。
Results 结果
Test Items 测试项目 | Unit 单位 | Test Method 测试方法 | KYC-TM05 | TINTM | TOTM |
SHORE A 邵氏硬度 | A | GB 2411 | 86 | 88 | 90 |
Specific gravity 比重 | g/cm3 | GB/T 1033 | 1.401 | 1.412 | 1.441 |
Tensile Strength 抗张强度 | MPa | GB/T 1040 | 16.9 | 17.38 | 16.8 |
Elongation at break 断裂伸长率 | % | GB/T 1040 | 26683.9
| 255 | 279.1 |
Air ageing Condition 空气老化条件 | 136℃×168h | ||||
Residual rate of Tensile Strength 拉伸强度残率 | % | UL 1581 | 99.9 | 98.4 | 98.4 |
Residual rate of Elongation at break 断裂伸长率残率 | % | UL 1581 | 83.9 | 82.6 | 73.9 |
Volume Resistivity at 20℃ 体积电阻率20℃ | Ω·cm | GB/T 1410 | 1.1×1010 | 1.3×1010 | 3.0×1010 |
Thermal stability time at 200℃ 200℃热稳定时间 | min 分钟 | UL 1581 | 121 | 123 | 111 |
Heat aging mass loss 热老化质量损失 100℃×168H | g/m2 | UL 1581 | 9.2 | 9.7 | 12.6 |
In the tests according to the UL standard, compounds were aged in an oven with 220 air changes/hour.
此测试按照美国UL标准，化合物在烤箱内经220次空气换气/小时进行老化处理。
The information contained here is correct and accurate and is based on our technical and scientific knowledge at the date of going to press.
本数据所含信息是正确和准确的，是基于我们在出版前对技术和科学知识的总结。
Such information is, in all cases, relevant only with respect to the product as used in its pure state and only for the uses referred to in this publication.
所含信息仅限于所用产品为纯物质的情况下，此刊物仅供用户参考。
Nothing stated here may be taken or construed as implying a breach of existing patents.
任何陈述都不应被视为或理解为侵犯已有的专利。
No warranty, either expressed or implicit, is given with regard to the results to be obtained from using this information.
任何所述或所喻，本公司不对使用此信息造成的后果承担责任。
