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As technology continues to advance, high - vacuum technology has become increasingly important, and IOTA 704 high - vacuum diffusion pump oil, as a key material in this field, is gradually coming into people's view, showcasing its unique charm.
When you first see IOTA 704 high - vacuum diffusion pump oil, its colorless or transparent liquid appearance will immediately catch your eye. This pure color seems to tell of its high quality and purity. In laboratory or industrial production environments, such pure oil can reduce pollution to the vacuum system, providing a clean and stable basic environment for subsequent experiments or production processes, making the entire workflow smoother.
A deeper understanding of this oil reveals impressive technical specifications. The viscosity index of 38±3 cst at 25℃ is carefully formulated, allowing the oil to flow at just the right speed in the diffusion pump and form a uniform oil film, thus effectively transmitting power and achieving sealing functions. The ranges of the refractive index and relative density at specific temperatures reflect the molecular structure and composition characteristics of the oil, which have an important impact on the oil's behavior in different vacuum environments. A high flash point means it is not easy to burn at high temperatures, providing safety for the working environment. A low freezing point ensures that the oil can still flow normally in cold regions or under low - temperature working conditions without solidifying and affecting the operation of the equipment. And the extremely low vacuum degree and saturated vapor pressure are the keys for it to establish itself in the high - vacuum field, enabling it to remain stable in high - vacuum environments without producing excessive vapor to interfere with the vacuum degree.
IOTA 704 high - vacuum diffusion pump oil has diverse performance. Its low saturated vapor pressure allows it to work stably for a long time in high - vacuum environments without destroying the vacuum state due to the production of vapor. Good thermal stability enables it to not decompose or deteriorate in high - temperature environments, always maintaining good performance. Oxidation resistance extends the service life of the oil, reducing the frequency of oil replacement and lowering production costs. These performance advantages have led to its wide application in multiple industries. In the high - vacuum smelting industry, it helps refine metals; in the electron tube industry, it ensures the manufacturing quality of electron tubes; in the light - bulb industry, it improves the quality of light bulbs; in the field of high - vacuum coatings (films), it creates high - quality coatings; in atomic energy accelerators, electron microscopes, and displays, it provides strong support for the stable operation of these precision equipment.
请根据“高真空扩散泵油 IOTA 704 分子式 技术指标 外观: 无色或者透明液体 粘度 (cst, 25℃): 38±3 折射率 (25℃): 1.5500~1.5600 相对密度(25℃): 1.06~1.07 闪点(开杯)℃: ≥210 凝固点℃: -35 真空度(Pa): <10-7~10-8 饱和蒸汽压(Pa): <2x10-8 性能和用途: 高真空扩散泵油IOTA-704为无色透明油状液体,具有抗很低的饱和蒸汽压和良好的热稳定性及良好的抗氧化性能。主要用于高真空冶炼工业、电子管工业、灯泡、高真空涂层(膜),原子能加速器和电子显微镜、显示器等方面。 ”写2篇吸引人的不同的中文简体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“国家级”、“最高级”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “独一无二”、”仅此一次”、 “最后一波”、“全国X大品牌之一”,“首个”、“首选”、 “独家”、 “独家配方”、“首发”、“独家”、“首次”、“首款”、“优异”、“卓越”、“极佳”、“非凡”、“极”、“最”、“超" 、"环保“ ,然后再写2篇吸引人的不同的中文繁体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“國家級”、“最高級”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “獨一無二”、”僅此一次”、 “最後一波”、“全國X大品牌之一”,“首個”、“首選”、 “獨家”、 “獨家配方”、“首發”、“獨家”、“首次”、“首款”、“優異”、“卓越”、“極佳”、“非凡”、“極”、“最”、“超”,"環保" , 最后写2篇吸引人的不同的英文介绍,每篇大于500字,每篇文章中都有小标题产品概述
环氧基封端的苯基三硅氧烷 IOTA 279,又称环氧基苯基硅油,是一种高性能的有机硅化合物。它以其独特的化学结构和优异的性能,在材料改性领域展现出广泛的应用前景。这款产品不仅为环氧树脂、聚氨酯、聚碳酸酯等高分子材料提供了新的改性途径,还显著提升了这些材料的机械和物理性能。
产品特性
IOTA 279具有多重特性,使其成为材料改性的理想选择。首先,它能作为环氧树脂的组分,直接参与固化反应,提高环氧树脂的柔性。其次,作为聚氨酯和聚碳酸酯的反应性改性剂,它能有效改善这些材料的内聚能,赋予它们更好的高低温性能。此外,IOTA 279还能赋予环氧树脂出色的电绝缘性和耐原子氧能力,拓宽了其在电子、航天等领域的应用范围。
技术指标与成分
IOTA 279的外观为无色至浅黄色透明液体,环氧当量在260-340g/equ之间,折射率(25℃)为1.474,粘度为15-30cst。其主要成分是双端为缩水甘油的苯基三硅氧烷,且不含溶剂,确保了产品的纯净度和稳定性。
应用领域与使用方法
IOTA 279在环氧树脂、聚氨酯、聚碳酸酯的改性中发挥着重要作用。作为增韧、拒水组份,它参与固化或聚合反应,显著改善成品的机械和物理性能。使用时,若用作环氧树脂改性,可直接添加在预聚体中一起固化;用作聚氨酯改性时,可与胺扩链或酸开环与异氰酸基反应成型;用作聚碳酸酯改性时,则可直接参与共聚或在成型加工时添加。
结语
环氧基封端的苯基三硅氧烷 IOTA 279以其独特的性能和广泛的应用前景,成为材料改性领域的新宠。无论是提升材料的机械性能,还是改善其物理特性,IOTA 279都能提供有力的支持。选择IOTA 279,就是选择了一种高效、可靠的材料改性方案。
产品亮点
环氧基封端的苯基三硅氧烷 IOTA 279,以其独特的化学结构和多样的性能,在材料科学领域掀起了一股新的浪潮。这款产品不仅为传统高分子材料带来了新的改性思路,还以其出色的表现,赢得了众多行业的青睐。
性能解析
IOTA 279之所以能在众多材料改性剂中脱颖而出,得益于其多重性能优势。它不仅能有效提高环氧树脂的柔性,还能改善聚氨酯和聚碳酸酯的内聚能,使这些材料在极端温度下仍能保持稳定的性能。此外,IOTA 279还赋予了环氧树脂出色的电绝缘性和耐原子氧能力,为电子、航天等高科技领域提供了新的材料选择。
成分与规格
IOTA 279的主要成分是双端为缩水甘油的苯基三硅氧烷,这种纯净的成分确保了产品的稳定性和可靠性。其外观为无色至浅黄色透明液体,环氧当量、折射率和粘度等指标均符合高标准要求,为产品的广泛应用提供了有力保障。
应用实践
在实际应用中,IOTA 279展现出了强大的改性能力。无论是作为环氧树脂的增韧剂,还是作为聚氨酯、聚碳酸酯的反应性改性剂,它都能显著提升成品的机械和物理性能。同时,其使用方法也灵活多样,可根据不同材料的需求进行定制化的改性方案。
未来展望
随着材料科学的不断发展,环氧基封端的苯基三硅氧烷 IOTA 279的应用前景将更加广阔。它不仅将继续在传统高分子材料改性领域发挥重要作用,还将拓展至更多新兴领域,为材料科学的进步贡献自己的力量。选择IOTA 279,就是选择了一个充满无限可能的未来。
產品概覽
環氧基封端的苯基三矽氧烷 IOTA 279,亦稱環氧基苯基矽油,是一種高性能的有機矽化合物。它以其獨特的化學結構和出色的性能,在材料改性領域展現出廣泛的应用前景。這款產品不僅為環氧樹脂、聚氨酯、聚碳酸酯等高分子材料提供了新的改性途徑,還顯著提升了這些材料的機械和物理性能。
產品特性
IOTA 279具有多重特性,使其成為材料改性的理想選擇。首先,它能作為環氧樹脂的組分,直接參與固化反應,提高環氧樹脂的柔韌性。其次,作為聚氨酯和聚碳酸酯的反應性改性劑,它能有效改善這些材料的內聚能,賦予它們更好的高低温性能。此外,IOTA 279還能賦予環氧樹脂出色的電絕緣性和耐原子氧能力,拓寬了其在電子、航天等領域的應用範圍。
技術指標與成分
IOTA 279的外觀為無色至淺黃色透明液體,環氧當量在260-340g/equ之間,折射率(25℃)為1.474,粘度為15-30cst。其主要成分是雙端為縮水甘油基的苯基三矽氧烷,且不含溶劑,確保了產品的純淨度和穩定性。
應用領域與使用方法
IOTA 279在環氧樹脂、聚氨酯、聚碳酸酯的改性中發揮著重要作用。作為增韌、拒水組份,它參與固化或聚合反應,顯著改善成品的機械和物理性能。使用時,若用作環氧樹脂改性,可直接添加在預聚體中一起固化;用作聚氨酯改性時,可與胺擴鏈或酸開環與異氰酸基反應成型;用作聚碳酸酯改性時,則可直接參與共聚或在成型加工時添加。
結語
環氧基封端的苯基三矽氧烷 IOTA 279以其獨特的性能和廣泛的應用前景,成為材料改性領域的新寵。無論是提升材料的機械性能,還是改善其物理特性,IOTA 279都能提供有力的支持。選擇IOTA 279,就是選擇了一種高效、可靠的材料改性方案。
產品亮點
環氧基封端的苯基三矽氧烷 IOTA 279,以其獨特的化學結構和多樣的性能,在材料科學領域掀起了一股新的浪潮。這款產品不僅為傳統高分子材料帶來了新的改性思路,還以其出色的表現,贏得了眾多行業的青睞。
性能解析
IOTA 279之所以能在眾多材料改性劑中脫穎而出,得益於其多重性能優勢。它不僅能有效提高環氧樹脂的柔韌性,還能改善聚氨酯和聚碳酸酯的內聚能,使這些材料在極端溫度下仍能保持穩定的性能。此外,IOTA 279還賦予了環氧樹脂出色的電絕緣性和耐原子氧能力,為電子、航天等高科技領域提供了新的材料選擇。
成分與規格
IOTA 279的主要成分是雙端為縮水甘油基的苯基三矽氧烷,這種純淨的成分確保了產品的穩定性和可靠性。其外觀為無色至淺黃色透明液體,環氧當量、折射率和粘度等指標均符合高標準要求,為產品的廣泛應用提供了有力保障。
應用實踐
在實際應用中,IOTA 279展現出了強大的改性能力。無論是作為環氧樹脂的增韌劑,還是作為聚氨酯、聚碳酸酯的反應性改性劑,它都能顯著提升成品的機械和物理性能。同時,其使用方法也靈活多樣,可根據不同材料的需求進行定制化的改性方案。
未來展望
隨著材料科學的不斷發展,環氧基封端的苯基三矽氧烷 IOTA 279的應用前景將更加廣闊。它不僅將繼續在傳統高分子材料改性領域發揮重要作用,還將拓展至更多新興領域,為材料科學的進步貢獻自己的力量。選擇IOTA 279,就是選擇了一個充滿無限可能的未來。
Product Overview
Epoxy-terminated phenyltrisiloxane IOTA 279, also known as epoxy phenyl silicone oil, is a high-performance organosilicon compound. With its unique chemical structure and diverse properties, it has opened up new avenues in the field of material modification. This product not only provides new modification paths for polymers such as epoxy resins, polyurethanes, and polycarbonates but also significantly enhances their mechanical and physical properties.
Product Characteristics
IOTA 279 stands out due to its multiple characteristics that make it an ideal choice for material modification. Firstly, it can serve as a component of epoxy resins, directly participating in the curing reaction to improve the flexibility of epoxy resins. Secondly, as a reactive modifier for polyurethanes and polycarbonates, it effectively enhances the cohesive energy of these materials, granting them better performance at high and low temperatures. Additionally, IOTA 279 imparts excellent electrical insulation and atomic oxygen resistance to epoxy resins, expanding their applications in electronics and aerospace.
Technical Specifications and Composition
IOTA 279 appears as a colorless to light yellow transparent liquid, with an epoxy equivalent weight ranging from 260 to 340 g/equ. Its refractive index at 25℃ is 1.474, and its viscosity ranges from 15 to 30 cst. The main component is phenyltrisiloxane with glycidyl groups at both ends, and it is solvent-free, ensuring the purity and stability of the product.
Applications and Usage Methods
IOTA 279 plays a crucial role in modifying epoxy resins, polyurethanes, and polycarbonates. As a toughening and water-repellent component, it participates in curing or polymerization reactions, significantly improving the mechanical and physical properties of the finished products. When used for epoxy resin modification, it can be directly added to the prepolymer for curing. For polyurethane modification, it can react with amines for chain extension or undergo acid ring-opening with isocyanate groups for molding. For polycarbonate modification, it can participate in copolymerization directly or be added during molding processing.
Conclusion
Epoxy-terminated phenyltrisiloxane IOTA 279, with its unique properties and broad application prospects, has become a new favorite in the field of material modification. Whether enhancing the mechanical properties of materials or improving their physical characteristics, IOTA 279 provides strong support. Choosing IOTA 279 means choosing an efficient and reliable material modification solution.
Product Highlights
Epoxy-terminated phenyltrisiloxane IOTA 279, with its unique chemical structure and diverse properties, has sparked a new wave in the field of material science. This product not only brings new modification ideas to traditional polymers but also wins the favor of numerous industries with its outstanding performance.
Performance Analysis
The reason why IOTA 279 stands out among many material modifiers lies in its multiple performance advantages. It not only effectively improves the flexibility of epoxy resins but also enhances the cohesive energy of polyurethanes and polycarbonates, enabling these materials to maintain stable performance under extreme temperatures. Additionally, IOTA 279 imparts excellent electrical insulation and atomic oxygen resistance to epoxy resins, providing new material choices for high-tech fields such as electronics and aerospace.
Composition and Specifications
The main component of IOTA 279 is phenyltrisiloxane with glycidyl groups at both ends, ensuring the stability and reliability of the product. It appears as a colorless to light yellow transparent liquid, with an epoxy equivalent weight, refractive index, and viscosity that meet high standards, providing strong guarantees for its wide application.
Application Practices
In practical applications, IOTA 279 demonstrates powerful modification capabilities. Whether serving as a toughening agent for epoxy resins or a reactive modifier for polyurethanes and polycarbonates, it significantly enhances the mechanical and physical properties of the finished products. Moreover, its usage methods are flexible and diverse, allowing for customized modification solutions based on the needs of different materials.
Future Prospects
With the continuous development of material science, the application prospects of epoxy-terminated phenyltrisiloxane IOTA 279 will be even broader. It will not only continue to play an important role in the modification of traditional polymers but also expand into more emerging fields, contributing to the progress of material science. Choosing IOTA 279 means choosing a future filled with infinite possibilities.
请根据“环氧基封端的苯基三硅氧烷 IOTA 279 环氧基封端的苯基三硅氧烷 IOTA 279 产品别名:环氧基苯基硅油 1、产品特征: (1)能作为环氧树脂的组分 (2)能作为聚氨酯、聚碳酸酯的反应性改性剂 (3)改善树脂的内聚能 (4)改善材料的高低温性能 (5)提高环氧树脂的柔性 (6)赋予环氧树脂好的电绝缘性和耐原子氧的能力 2、主要技术指标: 外观:无色至浅黄色透明液体 环氧当量:260-340g/equ 折射率(25℃):1.474 粘度:15-30cst 3、主要成分:双端为缩水甘油的苯基三硅氧烷,不含溶剂 4、用途: 作为环氧树脂、聚氨酯、聚碳酸酯的增韧、拒水组份,参与固化或聚合反应,显著改善成品的机械和物理性能,降低内聚能,赋予共聚物好的抗高低温冲击性能、耐水耐候性能、电绝缘性能和耐原子氧能力。 5、使用方法: (1)用作环氧树脂改性时,直接添加在预聚体中,一起固化。 (2)用作聚氨酯改性时,可与参与胺扩链,或酸开环与异氰酸基反应成型。 (3)用作聚碳酸酯改性,可直接参与共聚,也可以在成型加工时添加。 ”写2篇吸引人的不同的中文简体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“国家级”、“最高级”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “独一无二”、”仅此一次”、 “最后一波”、“全国X大品牌之一”,“首个”、“首选”、 “独家”、 “独家配方”、“首发”、“独家”、“首次”、“首款”、“优异”、“卓越”、“极佳”、“非凡”、“极”、“最”、“超" 、"环保“ ,然后再写2篇吸引人的不同的中文繁体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“國家級”、“最高級”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “獨一無二”、”僅此一次”、 “最後一波”、“全國X大品牌之一”,“首個”、“首選”、 “獨家”、 “獨家配方”、“首發”、“獨家”、“首次”、“首款”、“優異”、“卓越”、“極佳”、“非凡”、“極”、“最”、“超”,"環保" , 最后写2篇吸引人的不同的英文介绍,每篇大于500字,每篇文章中都有小标题在化工材料的世界里,甲基苯基环硅氧烷IOTA R21正凭借其独特的性能,逐渐崭露头角,成为众多行业关注的焦点。它拥有CAS No. 68037 - 54 - 7,同时还包含546 - 45 - 2、77 - 63 - 4、34239 - 75 - 3等成分,这些成分相互协同,赋予了它出色的综合性能。
IOTA R21的有效物含量十分可观,有大于99.0%和99.85%(聚合级)两种规格可供选择。高纯度意味着在使用过程中,它能更好地发挥自身性能,减少杂质对产品品质的影响。在形态上,它在25℃时呈现为无色液体,这种清澈透明的外观不仅美观,而且在一些对产品外观有要求的领域,如化妆品、涂料等,具有很大的优势。
它的沸点在160~260℃,0.13kPa的条件下,这样的沸点范围使得它在不同的加工温度下都能保持相对稳定的性能。其密度为1.125g/cm³(25℃),这种适中的密度有助于它在与其他物质混合时,能够均匀分散,保证产品的质量稳定性。闪点大于160℃(闭杯),说明它在储存和使用过程中具有较好的安全性,降低了火灾等安全隐患。折光指数为1.545(25℃),这一特性使得它在光学领域有着潜在的应用价值,可用于制造一些对光学性能要求较高的产品。
在化学性质方面,IOTA R21的卤素含量小于5ppm,低卤素含量使得它在一些对化学成分有严格限制的领域,如电子行业,能够满足产品的质量要求。同时,它不含PCBs(多氯联苯)和PAHs(多环芳烃),这两种物质通常被认为是有害物质,IOTA R21的这一特性进一步提升了它的安全性和适用性。
凭借这些出色的性能,甲基苯基环硅氧烷IOTA R21在化妆品、涂料、电子、光学等多个领域都有着广阔的应用前景。在化妆品中,它可以作为柔润剂,改善产品的质地和肤感;在涂料中,能够提高涂料的附着力和光泽度;在电子行业,可用于制造电子元件的封装材料;在光学领域,有望用于制造光学镜片等产品。随着科技的不断进步,相信它的应用领域还会不断拓展。
在化工材料的发展历程中,甲基苯基环硅氧烷IOTA R21犹如一颗冉冉升起的新星,以其独特的魅力和性能,吸引着众多行业的目光。它独特的CAS编号体系(CAS No. 68037 - 54 - 7包含546 - 45 - 2、77 - 63 - 4、34239 - 75 - 3),彰显着它的独特身份和化学组成。
IOTA R21的有效物含量有大于99.0%和99.85%(聚合级)两种,高纯度是它品质的重要保障。高纯度的产品能够减少在使用过程中因杂质引起的各种问题,提高产品的稳定性和可靠性。在25℃时,它呈现为无色液体,这种纯净透明的外观不仅给人一种高品质的感觉,而且在一些对产品外观有严格要求的行业,如高端化妆品和精密仪器涂料等领域,具有很大的竞争力。
其沸点在160~260℃,0.13kPa的条件下,这样的沸点范围使得它能够适应不同的加工温度环境。无论是高温加工还是低温操作,它都能保持相对稳定的性能,为产品的生产提供了便利。密度为1.125g/cm³(25℃),这种适中的密度使得它在与其他物质混合时,能够更好地融合,保证产品的均匀性。闪点大于160℃(闭杯),这一特性为它的储存和运输提供了安全保障,降低了火灾等事故的发生概率。折光指数为1.545(25℃),使得它在光学领域有着潜在的应用价值,可用于制造一些对光学性能有要求的产品,如光学镜片等。
在化学性质方面,IOTA R21的卤素含量小于5ppm,低卤素含量使得它在一些对化学成分敏感的领域,如电子元器件制造行业,能够满足产品的质量要求,避免因卤素含量过高而对产品性能产生不良影响。同时,它不含PCBs和PAHs,这两种物质通常具有一定的毒性和致癌性,IOTA R21的这一特性使得它在使用过程中更加安全可靠,符合人们对健康和安全的需求。
甲基苯基环硅氧烷IOTA R21的应用领域十分广泛。在化妆品行业,它可以作为优质的柔润剂,改善化妆品的质地,使皮肤感觉更加舒适;在涂料行业,能够提高涂料的附着力和耐候性,延长涂料的使用寿命;在电子行业,可用于制造电子封装材料,保护电子元件不受外界环境的影响;在光学行业,有望用于制造高性能的光学镜片,提高光学设备的性能。随着科技的不断创新,它的应用领域还将不断拓展,为各个行业的发展带来新的机遇。
在化工材料的廣闊天地中,甲基苯基環硅氧烷IOTA R21正憑藉其獨特的性能,逐步走入人們的視野,成為眾多行業關注的焦點。它擁有CAS No. 68037 - 54 - 7,同時還包含546 - 45 - 2、77 - 63 - 4、34239 - 75 - 3等成分,這些成分相互配合,賦予了它出色的綜合性能。
IOTA R21的有效物含量十分可觀,有大於99.0%和99.85%(聚合級)兩種規格可供選擇。高純度意味著在使用過程中,它能更好地發揮自身性能,減少雜質對產品品質的影響。在形態上,它在25℃時呈現為無色液體,這種清澈透明的外觀不僅美觀,而且在一些對產品外觀有要求的領域,如化妝品、涂料等,具有很大的優勢。
它的沸點在160~260℃,0.13kPa的條件下,這樣的沸點範圍使得它在不同的加工溫度下都能保持相對穩定的性能。其密度為1.125g/cm³(25℃),這種適中的密度有助於它在與其他物質混合時,能夠均勻分散,保證產品的質量穩定性。閃點大於160℃(閉杯),說明它在儲存和使用過程中具有較好的安全性,降低了火災等安全隱患。折光指數為1.545(25℃),這一特性使得它在光學領域有著潛在的應用價值,可用於製造一些對光學性能要求較高的產品。
在化學性質方面,IOTA R21的鹵素含量小於5ppm,低鹵素含量使得它在一些對化學成分有嚴格限制的領域,如電子行業,能夠滿足產品的質量要求。同時,它不含PCBs(多氯聯苯)和PAHs(多環芳烴),這兩種物質通常被認為是有害物質,IOTA R21的這一特性進一步提升了它的安全性和適用性。
憑藉這些出色的性能,甲基苯基環硅氧烷IOTA R21在化妝品、涂料、電子、光學等多個領域都有著廣闊的應用前景。在化妝品中,它可以作為柔潤劑,改善產品的質地和膚感;在涂料中,能夠提高涂料的附着力和光澤度;在電子行業,可用於製造電子元件的封裝材料;在光學領域,有望用於製造光學鏡片等產品。隨著科技的不斷進步,相信它的應用領域還會不斷拓展。
在化工材料的發展歷程中,甲基苯基環硅氧烷IOTA R21猶如一顆冉冉升起的新星,以其獨特的魅力和性能,吸引著眾多行業的目光。它獨特的CAS編號體系(CAS No. 68037 - 54 - 7包含546 - 45 - 2、77 - 63 - 4、34239 - 75 - 3),彰顯著它的獨特身份和化學組成。
IOTA R21的有效物含量有大於99.0%和99.85%(聚合級)兩種,高純度是它品質的重要保障。高純度的產品能夠減少在使用過程中因雜質引起的各種問題,提高產品的穩定性和可靠性。在25℃時,它呈現為無色液體,這種純淨透明的外觀不僅給人一種高品質的感覺,而且在一些對產品外觀有嚴格要求的行業,如高端化妝品和精密儀器涂料等領域,具有很大的競爭力。
其沸點在160~260℃,0.13kPa的條件下,這樣的沸點範圍使得它能夠適應不同的加工溫度環境。無論是高溫加工還是低溫操作,它都能保持相對穩定的性能,為產品的生產提供了便利。密度為1.125g/cm³(25℃),這種適中的密度使得它在與其他物質混合時,能夠更好地融合,保證產品的均勻性。閃點大於160℃(閉杯),這一特性為它的儲存和運輸提供了安全保障,降低了火災等事故的發生概率。折光指數為1.545(25℃),使得它在光學領域有著潛在的應用價值,可用於製造一些對光學性能有要求的產品,如光學鏡片等。
在化學性質方面,IOTA R21的��卤素含量小於5ppm,低鹵素含量使得它在一些對化學成分敏感的領域,如電子元器件製造行業,能夠滿足產品的質量要求,避免因鹵素含量過高而對產品性能產生不良影響。同時,它不含PCBs和PAHs,這兩種物質通常具有一定的毒性和致癌性,IOTA R21的這一特性使得它在使用過程中更加安全可靠,符合人們對健康和安全的需求。
甲基苯基環硅氧烷IOTA R21的應用領域十分廣泛。在化妝品行業,它可以作為優質的柔潤劑,改善化妝品的質地,使皮膚感覺更加舒適;在涂料行業,能夠提高涂料的附着力和耐候性,延長涂料的使用壽命;在電子行業,可用於製造電子封裝材料,保護電子元件不受外界環境的影響;在光學行業,有望用於製造高性能的光學鏡片,提高光學設備的性能。隨著科技的不斷創新,它的應用領域還將不断拓展,為各個行業的發展帶來新的機遇。
In the vast world of chemical materials, Methylphenyl Cyclosiloxane IOTAR21 is gradually emerging as a focal point, attracting attention from numerous industries with its unique properties. It has a CAS No. of 68037 - 54 - 7, and also contains components with CAS numbers 546 - 45 - 2, 77 - 63 - 4, and 34239 - 75 - 3. These components work in synergy to endow it with excellent comprehensive performance.
The active substance content of IOTA R21 is quite impressive, with two specifications available: greater than 99.0% and 99.85% (polymer - grade). High purity means that it can better exert its own properties during use, reducing the impact of impurities on product quality. In terms of morphology, it appears as a colorless liquid at 25℃. This clear and transparent appearance is not only aesthetically pleasing but also holds great advantages in fields where product appearance is important, such as cosmetics and coatings.
Its boiling point ranges from 160 - 260℃ under a pressure of 0.13kPa. This wide boiling - point range allows it to maintain relatively stable performance under different processing temperatures. With a density of 1.125g/cm³ at 25℃, this moderate density helps it disperse evenly when mixed with other substances, ensuring the quality stability of the products. A flash point greater than 160℃ (closed - cup) indicates good safety during storage and use, reducing the risk of fire hazards. The refractive index of 1.545 at 25℃ gives it potential application value in the optical field, enabling it to be used in the manufacture of products with high optical performance requirements.
In terms of chemical properties, the halogen content of IOTA R21 is less than 5ppm. Low halogen content enables it to meet the quality requirements in fields with strict chemical composition restrictions, such as the electronics industry. Moreover, it is free from PCBs (polychlorinated biphenyls) and PAHs (polycyclic aromatic hydrocarbons), which are generally considered harmful substances. This characteristic further enhances its safety and applicability.
With these outstanding properties, Methylphenyl Cyclosiloxane IOTA R21 has broad application prospects in multiple fields, including cosmetics, coatings, electronics, and optics. In cosmetics, it can serve as a softening agent to improve the texture and skin - feel of products. In the coating industry, it can enhance the adhesion and gloss of coatings. In the electronics industry, it can be used to manufacture encapsulation materials for electronic components. In the optical field, it has the potential to be used in the manufacture of optical lenses. As technology continues to advance, its application areas are expected to expand further.
In the development history of chemical materials, Methylphenyl Cyclosiloxane IOTA R21 is like a rising star, attracting the attention of many industries with its unique charm and properties. Its unique CAS number system (CAS No. 68037 - 54 - 7 containing 546 - 45 - 2, 77 - 63 - 4, and 34239 - 75 - 3) highlights its unique identity and chemical composition.
The active substance content of IOTA R21 includes two options: greater than 99.0% and 99.85% (polymer - grade). High purity is an important guarantee for its quality. High - purity products can reduce various problems caused by impurities during use and improve the stability and reliability of products. At 25℃, it presents as a colorless liquid. This pure and transparent appearance not only gives a sense of high quality but also makes it highly competitive in industries with strict product appearance requirements, such as high - end cosmetics and precision instrument coatings.
Its boiling point ranges from 160 - 260℃ under a pressure of 0.13kPa. This range allows it to adapt to different processing temperature environments. Whether it is high - temperature processing or low - temperature operation, it can maintain relatively stable performance, providing convenience for product production. With a density of 1.125g/cm³ at 25℃, this moderate density enables it to blend better when mixed with other substances, ensuring the uniformity of products. A flash point greater than 160℃ (closed - cup) provides safety guarantees for its storage and transportation, reducing the probability of fire accidents. The refractive index of 1.545 at 25℃ gives it potential application value in the optical field, allowing it to be used in the manufacture of products with optical performance requirements, such as optical lenses.
In terms of chemical properties, the halogen content of IOTA R21 is less than 5ppm. Low halogen content enables it to meet the quality requirements in fields sensitive to chemical components, such as the electronic component manufacturing industry, avoiding adverse effects on product performance due to high halogen content. Moreover, it is free from PCBs and PAHs, which usually have certain toxicity and carcinogenicity. This characteristic makes it more safe and reliable during use, meeting people's needs for health and safety.
The application fields of Methylphenyl Cyclosiloxane IOTA R21 are very wide. In the cosmetics industry, it can serve as a high - quality softening agent to improve the texture of cosmetics and make the skin feel more comfortable. In the coating industry, it can enhance the adhesion and weather resistance of coatings and extend their service life. In the electronics industry, it can be used to manufacture electronic encapsulation materials to protect electronic components from the external environment. In the optical industry, it has the potential to be used in the manufacture of high - performance optical lenses to improve the performance of optical equipment. With continuous technological innovation, its application areas will continue to expand, bringing new opportunities for the development of various industries.
请根据“甲基苯基环硅氧烷(CAS No. 68037-54-7 包含 546-45-2、77-63-4、34239-75-3) IOTA R21 甲基苯基环硅氧烷(CAS No. 68037-54-7 包含 546-45-2、77-63-4、34239-75-3) IOTA R21 有效物含量:>99.0、99.85%(聚合级) 形态:无色液体,25℃ 沸点:160~260℃,0.13kPa 密度:1.125g/cm3,25℃ 闪点:>160℃,闭杯 折光指数:1.545,25℃ 卤素:<5ppm PCBs & PAHs:无”写2篇吸引人的不同的中文简体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“国家级”、“最高级”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “独一无二”、”仅此一次”、 “最后一波”、“全国X大品牌之一”,“首个”、“首选”、 “独家”、 “独家配方”、“首发”、“独家”、“首次”、“首款”、“优异”、“卓越”、“极佳”、“非凡”、“极”、“最”、“超" 、"环保“ ,然后再写2篇吸引人的不同的中文繁体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“國家級”、“最高級”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “獨一無二”、”僅此一次”、 “最後一波”、“全國X大品牌之一”,“首個”、“首選”、 “獨家”、 “獨家配方”、“首發”、“獨家”、“首次”、“首款”、“優異”、“卓越”、“極佳”、“非凡”、“極”、“最”、“超”,"環保" , 最后写2篇吸引人的不同的英文介绍,每篇大于500字,每篇文章中都有小标题想在高真空冶炼工业提升效率?高真空扩散泵油IOTA 704,能否成为你的得力助手?
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在化妆品的广阔天地里,不断有新的成分崭露头角,为我们的美丽事业增添助力。今天要给大家介绍的,就是备受瞩目的化妆品用苯基硅油IOTA 54。
IOTA 54有着令人眼前一亮的特征。它具备高折射率,这一特性使得它在化妆品中能发挥独特作用。高光泽效果更是它的一大亮点,当它被添加到各类化妆品中时,能够赋予产品一种自然且迷人的光泽感,让肌肤或发丝瞬间焕发出不一样的光彩。无论是打造清透自然的日常妆容,还是华丽耀眼的晚宴妆容,IOTA 54都能为妆容效果加分不少。
IOTA 54的应用范围十分广泛。在护发领域,它能够深入滋养发丝,改善发丝的毛糙、干枯问题,让头发变得柔顺亮泽,一梳到底。在护肤方面,它可以作为优秀的保湿和滋润成分,为肌肤补充水分,锁住营养,使肌肤保持水润饱满的状态。彩妆产品中添加IOTA 54,能提升妆容的持久度和光泽度,让妆容更加精致。而在防晒产品里,它也有着出色的表现,帮助提升产品的使用感受,让防晒的同时也能拥有好肤感。
IOTA 54的添加量在0.1 - 50%之间,这样的范围为化妆品配方师提供了很大的灵活性。配方师可以根据不同的产品类型和需求,精准地调整IOTA 54的添加量,以达到理想的效果。从产品特性来看,它外观无色透明,呈液体状,有效成分含量高达100%。粘度在400 - 450mm²/s之间,挥发分小于0.5%,比重为1.07,折射率在1.498 - 1.505之间。这些科学的数据背后,是严格的标准测试方法和条件,确保了IOTA 54的品质稳定可靠。
化妆品用苯基硅油IOTA 54,以其独特的特征、广泛的应用和可靠的品质,成为了化妆品行业的一颗新星。它为化妆品的研发和创新提供了新的思路和方向,也为消费者带来了更多高品质、效果出色的化妆品选择。让我们一起借助IOTA 54的力量,开启更加美丽的旅程。
在化妆品的研发过程中,不断有新的成分被发现和应用,为产品的性能提升带来新的可能。化妆品用苯基硅油IOTA 54就是这样一个充满潜力的成分,正逐渐在化妆品市场中崭露头角。
IOTA 54具有高折射率和高光泽的特征。高折射率使得它能够改变光线的传播路径,在化妆品中起到增强光泽的作用。当它被运用到彩妆产品中时,能让妆容呈现出更加立体、闪耀的效果,仿佛为肌肤披上了一层璀璨的光辉。而高光泽效果则让肌肤或发丝看起来更加健康有活力,无论是日常的素颜妆还是精致的舞台妆,都能轻松驾驭。
IOTA 54的应用领域十分多元。在护发方面,它能够深入发丝内部,修复受损的毛鳞片,增强发丝的韧性和弹性,减少头发断裂和分叉的问题。长期使用含有IOTA 54的护发产品,能让头发变得更加柔顺光滑,易于打理。在护肤领域,它可以形成一层保护膜,防止肌肤水分流失,同时还能促进肌肤对其他营养成分的吸收,让肌肤更加水润细腻。在彩妆和防晒产品中,IOTA 54也能发挥重要作用,提升产品的使用体验和效果。
IOTA 54的添加量范围在0.1 - 50%,这使得它可以根据不同产品的需求进行灵活调整。从产品特性来看,它外观无色透明,呈液体形态,方便在化妆品配方中添加和使用。有效成分含量为100%,保证了产品的纯度和效果。其粘度、挥发分、比重和折射率等指标都经过严格的测试和把控,符合相关的标准要求。这些优良的特性使得IOTA 54在化妆品中能够稳定发挥作用,为产品品质提供有力保障。
随着消费者对化妆品品质和效果的要求不断提高,化妆品行业也在不断创新和发展。苯基硅油IOTA 54的出现,为化妆品的研发带来了新的机遇和挑战。它以其独特的特征和广泛的应用,有望引领化妆品行业的新潮流,为消费者带来更多高品质、个性化的化妆品产品,让美丽变得更加简单和轻松。
在化妝品的廣闊天地裡,不斷有新的成分躍上舞台,為我們的美麗事業增添助力。今天要給大家介紹的,就是備受矚目的化妝品用苯基矽油IOTA 54。
IOTA 54有著令人眼前一亮的特徵。它具備高折射率,這一特性使得它在化妝品中能發揮獨特作用。高光澤效果更是它的一大亮點,當它被添加到各類化妝品中時,能夠賦予產品一種自然且迷人的光澤感,讓肌膚或髮絲瞬間煥發出不一樣的光彩。無論是打造清透自然的日常妝容,還是華麗耀眼的晚宴妝容,IOTA 54都能為妝容效果加分不少。
IOTA 54的應用範圍十分廣泛。在護髮領域,它能夠深入滋養髮絲,改善髮絲的毛糙、乾枯問題,讓頭髮變得柔順亮澤,一梳到底。在護膚方面,它可以作為優秀的保濕和滋潤成分,為肌膚補充水分,鎖住營養,使肌膚保持水潤飽滿的狀態。彩妝產品中添加IOTA 54,能提升妝容的持久度和光澤度,讓妝容更加精緻。而在防曬產品裡,它也有著出色的表現,幫助提升產品的使用感受,讓防曬的同時也能擁有好膚感。
IOTA 54的添加量在0.1 - 50%之間,這樣的範圍為化妝品配方師提供了很大的靈活性。配方師可以根據不同的產品類型和需求,精準地調整IOTA 54的添加量,以達到理想的效果。從產品特性來看,它外觀無色透明,呈液體狀,有效成分含量高達100%。粘度在400 - 450mm²/s之間,揮發分小於0.5%,比重為1.07,折射率在1.498 - 1.505之間。這些科學的數據背後,是嚴格的標準測試方法和條件,確保了IOTA 54的品質穩定可靠。
化妝品用苯基矽油IOTA 54,以其獨特的特徵、廣泛的應用和可靠的品質,成為了化妝品行業的一顆新星。它為化妝品的研發和創新提供了新的思路和方向,也為消費者帶來了更多高品質、效果出色的化妝品選擇。讓我們一起借助IOTA 54的力量,開啟更加美麗的旅程。
在化妝品的研發過程中,不斷有新的成分被發現和應用,為產品的性能提升帶來新的可能。化妝品用苯基矽油IOTA 54就是這樣一個充滿潛力的成分,正逐漸在化妝品市場中崭露頭角。
IOTA 54具有高折射率和高光澤的特徵。高折射率使得它能夠改變光線的傳播路徑,在化妝品中起到增強光澤的作用。當它被運用到彩妝產品中時,能讓妝容呈現出更加立體、閃耀的效果,彷彿為肌膚披上了一層璀璨的光輝。而高光澤效果則讓肌膚或髮絲看起來更加健康有活力,無論是日常的素顏妝還是精緻的舞台妝,都能輕鬆駕馭。
IOTA 54的應用領域十分多元。在護髮方面,它能夠深入髮絲內部,修復受損的毛鱗片,增強髮絲的韌性和彈性,減少頭髮斷裂和分叉的問題。長期使用含有IOTA 54的護髮產品,能讓頭髮變得更加柔順光滑,易於打理。在護膚領域,它可以形成一層保護膜,防止肌膚水分流失,同時還能促進肌膚對其他營養成分的吸收,讓肌膚更加水潤細膩。在彩妝和防曬產品中,IOTA 54也能發揮重要作用,提升產品的使用體驗和效果。
IOTA 54的添加量範圍在0.1 - 50%,這使得它可以根据不同產品的需求進行靈活調整。從產品特性來看,它外觀無色透明,呈液體形態,方便在化妝品配方中添加和使用。有效成分含量為100%,保證了產品的純度和效果。其粘度、揮發分、比重和折射率等指標都經過嚴格的測試和把控,符合相關的標準要求。這些優良的特性使得IOTA 54在化妝品中能夠穩定發揮作用,為產品品質提供有力保障。
隨著消費者對化妝品品質和效果的要求不斷提高,化妝品行業也在不斷創新和發展。苯基矽油IOTA 54的出現,為化妝品的研發帶來了新的機遇和挑戰。它以其獨特的特徵和廣泛的應用,有望引領化妥品行業的新潮流,為消費者帶來更多高品質、個性化的化妝品產品,讓美麗變得更加簡單和輕鬆。
In the vast realm of cosmetics, new ingredients are constantly emerging, bringing fresh possibilities to our beauty endeavors. Today, let's delve into the fascinating world of phenyl silicone oil IOTA 54, a component that is gaining significant attention in the cosmetic industry.
IOTA 54 boasts some truly remarkable characteristics. It has a high refractive index, a property that allows it to play a unique role in cosmetics. This high refractive index enables it to manipulate the path of light, resulting in an enhanced gloss effect. When added to various cosmetic products, it imparts a natural and alluring sheen to the skin or hair, instantly elevating their appearance. Whether you're aiming for a fresh, everyday look or a glamorous evening makeup, IOTA 54 can add that extra touch of brilliance to your makeup results.
The application scope of IOTA 54 is extremely wide. In the field of hair care, it can deeply nourish hair strands, addressing issues such as roughness and dryness. It helps to make hair soft, shiny, and easy to comb through. For skin care, it serves as an excellent moisturizing and nourishing ingredient, replenishing the skin's moisture and locking in nutrients, keeping the skin hydrated and plump. In color cosmetics, adding IOTA 54 can improve the longevity and glossiness of the makeup, making it more refined. And in sunscreen products, it also performs well, enhancing the user experience and allowing for a good skin feel while providing sun protection.
The recommended dosage of IOTA 54 ranges from 0.1% to 50%. This wide range offers great flexibility for cosmetic formulators, enabling them to precisely adjust the amount according to different product types and requirements to achieve the desired effects. In terms of product characteristics, it appears colorless and transparent in a liquid state, with an effective ingredient content of 100%. Its viscosity is between 400 - 450 mm²/s, the volatile fraction is less than 0.5%, the specific gravity is 1.07, and the refractive index is between 1.498 - 1.505. These scientific data are backed by strict standard testing methods and conditions, ensuring the stable and reliable quality of IOTA 54.
Phenyl silicone oil IOTA 54, with its unique characteristics, versatile applications, and assured quality, has become a rising star in the cosmetic industry. It provides new ideas and directions for cosmetic research and development and offers consumers more high-quality cosmetic products with outstanding effects. Let's harness the power of IOTA 54 and embark on a more beautiful journey.
During the process of cosmetic research and development, new ingredients are continuously being discovered and applied, bringing new possibilities for improving product performance. Phenyl silicone oil IOTA 54 is such a component full of potential, gradually making its mark in the cosmetic market.
IOTA 54 is characterized by its high refractive index and high gloss. The high refractive index allows it to change the propagation path of light, playing a role in enhancing gloss in cosmetics. When used in color cosmetic products, it can make the makeup look more three-dimensional and shiny, as if giving the skin a layer of dazzling brilliance. The high gloss effect also makes the skin or hair appear healthier and more vibrant, whether it's a casual no-makeup look or an elaborate stage makeup, it can be easily handled.
The application areas of IOTA 54 are highly diverse. In hair care, it can penetrate deep into the hair strands, repair damaged cuticles, enhance the toughness and elasticity of the hair, and reduce problems such as hair breakage and split ends. Long-term use of hair care products containing IOTA 54 can make hair softer, smoother, and easier to manage. In the field of skin care, it can form a protective film to prevent skin moisture loss and also promote the absorption of other nutrients by the skin, making the skin more hydrated and delicate. In color cosmetics and sunscreen products, IOTA 54 also plays an important role, improving the user experience and product effects.
The dosage range of IOTA 54 is 0.1% - 50%, which allows for flexible adjustment according to the needs of different products. In terms of product characteristics, it is colorless and transparent in a liquid form, facilitating its addition and use in cosmetic formulas. The effective ingredient content is 100%, ensuring the purity and effectiveness of the product. Its viscosity, volatile fraction, specific gravity, and refractive index have all undergone strict testing and control, meeting relevant standard requirements. These excellent characteristics enable IOTA 54 to function stably in cosmetics and provide strong quality assurance for the products.
As consumers' demands for the quality and effects of cosmetics continue to increase, the cosmetic industry is constantly innovating and developing. The emergence of phenyl silicone oil IOTA 54 brings new opportunities and challenges to cosmetic research and development. With its unique features and wide applications, it is expected to lead the new trend in the cosmetic industry, offering consumers more high-quality and personalized cosmetic products and making beauty easier and more effortless.
请根据“化妆品用苯基硅油 IOTA 54 化妆品用苯基硅油 IOTA 54 1、特征:高折射率 高光泽 2、应用:护发 护肤 彩妆 防晒 3、添加量:0.1-50% INCI名:DIPHENYL DIMETHICONE 4、产品特性: 特性 单位 IOTA 54 标准测试方法和条件 外观(颜色) - 无色 目测 外观(透明度) - 透明 目测 外观(物态) - 液体 目测 有效成分含量 % 100 粘度 mm2/s 400-450 坎农-芬斯克粘度计 挥发分 % 0.5> 1500C/24h 比重 - 1.07 密度计 折射率 - 1.498-1.505 折射率仪 ”写2篇吸引人的不同的中文简体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“国家级”、“最高级”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “独一无二”、”仅此一次”、 “最后一波”、“全国X大品牌之一”,“首个”、“首选”、 “独家”、 “独家配方”、“首发”、“独家”、“首次”、“首款”、“优异”、“卓越”、“极佳”、“非凡”、“极”、“最”、“超" 、"环保“ ,然后再写2篇吸引人的不同的中文繁体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“國家級”、“最高級”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “獨一無二”、”僅此一次”、 “最後一波”、“全國X大品牌之一”,“首個”、“首選”、 “獨家”、 “獨家配方”、“首發”、“獨家”、“首次”、“首款”、“優異”、“卓越”、“極佳”、“非凡”、“極”、“最”、“超”,"環保" , 最后写2篇吸引人的不同的英文介绍,每篇大于500字,每篇文章中都有小标题在工业领域,寻找一款性能出色且应用广泛的材料并非易事,而IOTA BJ550聚苯基甲基二甲氧基硅氧烷凭借其独特特性,成为了众多工业场景中的得力助手。
这款材料有着诸多令人瞩目的特性。它挥发性低,在长时间使用过程中,能保持相对稳定的性能,减少因挥发带来的损耗和性能变化。其适用温度范围十分宽广,在开放系统中,能在 -40°C 至 230°C 的温度区间正常工作;在封闭系统里,更是可承受高达 315°C 的高温,为高温环境下的工业应用提供了可靠保障。25°C 时,它的低粘度为 125mm²/sec,流动性良好,便于在各种设备中流动和发挥作用。高闪点使其在使用过程中安全性更高,降低了火灾风险。出色的热传递特性,让它能高效地将热量传导,满足热交换的需求。平坦的粘度温度曲线意味着在不同温度下,其粘度变化较小,性能稳定。良好的压缩性和抗氧化、抗胶凝能力,进一步延长了它的使用寿命。
作为润滑剂,它是高温球轴承润滑脂的基础油,能为高速运转的球轴承提供持久润滑;也是高温仪器的理想润滑油,确保仪器在高温下精准运行;对于小型电动机和暴露在高温环境中的机械装置里的烧结青铜轴承,它是优质的浸渍油,能有效减少磨损。作为热传递介质,在特种金属的热处理浴中,能均匀传递热量,保证金属热处理质量;在科研设备的热交换流体和仪器校准浴中,能精准控制温度;在电容器、变压器和各类电子设备中,作为热传递油,保障设备稳定散热。作为恒温器流体,在需要保持清洁的恒温器系统中,能在 -40°C 至 315°C 的温度范围内稳定工作。
在储存方面,只要将未开封的原包装产品存放在 60°C 或以下的环境中,从生产日期起,它拥有 60 个月的有效使用期,为用户的长期使用提供了便利。不过要注意,这款产品未经过医学或制药用途的测试和认证,不适合用于这些领域。
工业发展日新月异,对材料性能的要求也越来越高。IOTA BJ550聚苯基甲基二甲氧基硅氧烷以其独特的性能组合,在工业舞台上展现出巨大的潜力。
这款材料的低挥发性是其一大优势,在长时间运行过程中,不会因大量挥发而影响性能,保证了设备的持续稳定运行。宽广的服务温度范围令人印象深刻,开放系统下 -40°C 至 230°C 的适用温度,封闭系统中高达 315°C 的耐温能力,使其能适应各种极端温度环境。25°C 时 125mm²/sec 的低粘度,让它具有良好的流动性,能快速填充和润滑设备的各个部位。高闪点增强了使用过程中的安全性,减少了火灾隐患。优秀的热传递特性,使其成为热交换的理想选择,能高效地将热量传递,提高能源利用效率。平坦的粘度温度曲线,使它在不同温度下性能稳定,减少了因温度变化带来的性能波动。良好的压缩性和抗氧化、抗胶凝性能,延长了设备的使用寿命,降低了维护成本。
在润滑领域,它是高温球轴承润滑脂的关键基础油,能为球轴承提供可靠的润滑保护,减少磨损和故障;作为高温仪器的润滑油,确保仪器在高温环境下精准测量和运行;对于小型电动机和高温机械装置中的烧结青铜轴承,它是优质的浸渍油,能有效防止轴承干磨,提高设备可靠性。在热传递方面,在特种金属热处理浴中,它能均匀分布热量,保证金属热处理的质量和均匀性;在科研设备的热交换流体和仪器校准浴中,能精准控制温度,满足科研和校准的严格要求;在电容器、变压器和电子设备中,作为热传递油,能有效散热,保障设备的稳定运行。作为恒温器流体,在清洁的恒温器系统中,能在较宽的温度范围内稳定工作,为恒温控制提供可靠支持。
该产品储存方便,只要将未开封的原包装存放在 60°C 或以下的环境中,从生产日期起有 60 个月的有效使用期。但需要明确的是,它未经过医学或制药用途的相关测试和认证,不适合用于这些特殊领域。
在工業領域,尋找一款性能出色且應用廣泛的材料並非易事,而IOTA BJ550聚苯基甲基二甲氧基矽氧烷憑藉其獨特特性,成為了眾多工業場景中的得力助手。
這款材料有著諸多令人讚嘭的特性。它揮發性低,在長時間使用過程中,能保持相對穩定的性能,減少因揮發帶來的損耗和性能變化。其適用溫度範圍十分寬廣,在開放系統中,能在 -40°C 至 230°C 的溫度區間正常工作;在封閉系統裡,更是可承受高達 315°C 的高溫,為高溫環境下的工業應用提供了可靠保障。25°C 時,它的低粘度為 125mm²/sec,流動性良好,便於在各種設備中流動和發揮作用。高閃點使其在使用過程中安全性更高,降低了火災風險。出色的熱傳遞特性,讓它能高效地將熱量傳導,滿足熱交換的需求。平坦的粘度溫度曲線意味著在不同溫度下,其粘度變化較小,性能穩定。良好的壓縮性和抗氧化、抗膠凝能力,進一步延長了它的使用壽命。
作為潤滑劑,它是高溫球軸承潤滑脂的基礎油,能為高速運轉的球軸承提供持久潤滑;也是高溫儀器的理想潤滑油,確保儀器在高溫下精準運行;對於小型電動機和暴露在高溫環境中的機械裝置裡的燒結青銅軸承,它是優質的浸漬油,能有效減少磨損。作為熱傳遞介質,在特種金屬的熱處理浴中,能均勻傳遞熱量,保證金屬熱處理質量;在科研設備的熱交換流體和儀器校準浴中,能精準控制溫度;在電容器、變壓器和各類電子設備中,作為熱傳遞油,保障設備穩定散熱。作為恒溫器流體,在需要保持清潔的恒溫器系統中,能在 -40°C 至 315°C 的溫度範圍內穩定工作。
在儲存方面,只要將未開封的原包裝產品存放在 60°C 或以下的環境中,從生產日期起,它擁有 60 個月的有效使用期,為用戶的長期使用提供了便利。不過要注意,這款產品未經過醫學或製藥用途的測試和認證,不適合用於這些領域。
工業發展日新月異,對材料性能的要求也越來越高。IOTA BJ550聚苯基甲基二甲氧基矽氧烷以其獨特的性能組合,在工業舞台上展現出巨大的潛力。
這款材料的低揮發性是其一大優勢,在長時間運行過程中,不會因大量揮發而影響性能,保證了設備的持續穩定運行。寬廣的服務溫度範圍令人印象深刻,開放系統下 -40°C 至 230°C 的適用溫度,封閉系統中高達 315°C 的耐溫能力,使其能適應各種極端溫度環境。25°C 時 125mm²/sec 的低粘度,讓它具有良好的流動性,能快速填充和潤滑設備的各個部位。高閃點增強了使用過程中的安全性,減少了火災隱患。優秀的熱傳遞特性,使其成為熱交換的理想選擇,能高效地將熱量傳遞,提高能源利用效率。平坦的粘度溫度曲線,使它在不同溫度下性能穩定,減少了因溫度變化帶來的性能波動。良好的壓縮性和抗氧化、抗膠凝性能,延長了設備的使用壽命,降低了維護成本。
在潤滑領域,它是高溫球軸承潤滑脂的關鍵基礎油,能為球軸承提供可靠的潤滑保護,減少磨損和故障;作為高溫儀器的潤滑油,確保儀器在高溫環境下精準測量和運行;對於小型電動機和高溫機械裝置中的燒結青銅軸承,它是優質的浸漬油,能有效防止軸承乾磨,提高設備可靠性。在熱傳遞方面,在特種金屬熱處理浴中,它能均勻分佈熱量,保證金屬熱處理的質量和均勻性;在科研設備的熱交換流體和儀器校準浴中,能精準控制溫度,滿足科研和校準的嚴格要求;在電容器、變壓器和電子設備中,作為熱傳遞油,能有效散熱,保障設備的穩定運行。作為恒溫器流體,在清潔的恒溫器系統中,能在較寬的溫度範圍內穩定工作,為恒溫控制提供可靠支持。
該產品儲存方便,只要將未開封的原包裝存放在 60°C 或以下的環境中,從生產日期起有 60 個月的有效使用期。但需要明確的是,它未經過醫學或製藥用途的相關測試和認證,不適合用於這些特殊領域。
In the industrial world, finding a material with excellent performance and wide - ranging applications is no easy task. IOTA BJ550 Polyphenylmethyldimethylsiloxane stands out as a reliable assistant in numerous industrial scenarios with its unique characteristics.
This material boasts several remarkable features. It has low volatility, which means it can maintain relatively stable performance over long - term use, reducing losses and performance changes caused by evaporation. Its serviceable temperature range is extremely wide. In open systems, it can operate normally from -40°C to 230°C, and in closed systems, it can withstand temperatures as high as 315°C, providing reliable support for industrial applications in high - temperature environments. At 25°C, its low viscosity of 125mm²/sec gives it good fluidity, allowing it to flow and function effectively in various equipment. The high flash point enhances safety during use, minimizing the risk of fire. Its excellent heat transfer characteristics enable it to conduct heat efficiently, meeting the requirements of heat exchange. The flat viscosity - temperature curve indicates that its viscosity changes little at different temperatures, ensuring stable performance. Good compressibility and resistance to oxidation and gumming further extend its service life.
As a lubricant, it serves as the base oil for high - temperature ball - bearing greases, providing long - lasting lubrication for high - speed ball bearings. It is also an ideal lubricating oil for high - temperature instruments, ensuring accurate operation in high - temperature conditions. For sintered bronze bearings in small electric motors and mechanisms exposed to high ambient temperatures, it is an excellent impregnating oil that effectively reduces wear. As a heat transfer medium, in heat - treating baths for specialty metals, it can evenly distribute heat, ensuring the quality of metal heat treatment. In heat exchange fluids for research apparatus and instrument calibration baths, it can precisely control the temperature. In capacitors, transformers, and various electronics, as a heat transfer oil, it safeguards stable heat dissipation of the equipment. As a thermostat fluid, it is suitable for temperatures ranging from -40°C to 315°C in clean thermostat systems, providing reliable temperature control.
In terms of storage, as long as the unopened original containers are stored at or below 60°C, this product has a usable life of 60 months from the date of production, offering convenience for long - term use by users. However, it should be noted that this product is neither tested nor represented as suitable for medical or pharmaceutical uses.
With the rapid development of industry, the requirements for material performance are becoming increasingly high. IOTA BJ550 Polyphenylmethyldimethylsiloxane, with its unique combination of properties, shows great potential on the industrial stage.
The low volatility of this material is a significant advantage. During long - term operation, it will not significantly affect performance due to excessive evaporation, ensuring the continuous and stable operation of equipment. Its wide service temperature range is truly impressive. In open systems, it can work within the temperature range of -40°C to 230°C, and in closed systems, it can endure temperatures up to 315°C, enabling it to adapt to various extreme temperature environments. At 25°C, its low viscosity of 125mm²/sec gives it good fluidity, allowing it to quickly fill and lubricate different parts of the equipment. The high flash point enhances the safety during use, reducing the potential fire hazards. Its excellent heat transfer characteristics make it an ideal choice for heat exchange, efficiently transferring heat and improving energy utilization efficiency. The flat viscosity - temperature curve ensures stable performance at different temperatures, minimizing performance fluctuations caused by temperature changes. Good compressibility and resistance to oxidation and gumming prolong the service life of the equipment and reduce maintenance costs.
In the lubrication field, it is the key base oil for high - temperature ball - bearing greases, providing reliable lubrication protection for ball bearings and reducing wear and failures. As a lubricating oil for high - temperature instruments, it ensures accurate measurement and operation of the instruments in high - temperature environments. For sintered bronze bearings in small electric motors and high - temperature mechanical devices, it is an excellent impregnating oil that effectively prevents dry friction of the bearings and improves equipment reliability. In the heat transfer aspect, in heat - treating baths for specialty metals, it can uniformly distribute heat, ensuring the quality and uniformity of metal heat treatment. In heat exchange fluids for research apparatus and instrument calibration baths, it can precisely control the temperature to meet the strict requirements of research and calibration. In capacitors, transformers, and electronic equipment, as a heat transfer oil, it effectively dissipates heat and safeguards the stable operation of the equipment. As a thermostat fluid, in clean thermostat systems, it can work stably within a relatively wide temperature range, providing reliable support for temperature control.
This product is easy to store. As long as the unopened original packaging is stored at or below 60°C, it has a usable life of 60 months from the production date. However, it should be clearly understood that this product has not undergone testing or certification for medical or pharmaceutical uses and is not suitable for these special fields.
请根据“IOTA BJ550 Polyphenylmethyldimethylsiloxane IOTA BJ550 Polyphenylmethyldimethylsiloxane FEATURES 1. Low volatility 2. Serviceable temperature range of -40°C up to 230°C in open systems, and up to 315°C in closed systems 3. Low viscosity of 125mm²/sec at 25°C 4. High flash point 5. Excellent heat transfer characteristics 6. Flat viscosity temperature curve 7. Good compressibility 8. Good oxidation and gumming resistance APPLICATIONS As a lubricant: • Base oil for high temperature ball bearing greases. • Lubricating oil for high temperature instruments. • Impregnating oil for sintered bronze bearings in small electric motors and mechanisms exposed to high ambient temperatures. As a heat transfer medium: • Heat-treating baths for speciality metals. • Heat exchange fluid for research apparatus and instrument calibration baths. • Heat transfer oil in capacitors, transformers and various electronics. As a thermostat fluid: • Suitable for temperatures from -40°C to 315°C in thermostat systems, which should be kept clean. TYPICAL PROPERTIES Parameter unit value Color Colorless Specific gravity at 25°C/15.6°C 1.068 Viscosity at 25°C mm2/s 125 Surface tension at 25°C mN/m 25 Flash point - open cup °C 300 Freeze point °C - 50 Refractive index at 25°C 1.49-1.50 Viscosity stability² <5% USABLE LIFE AND STORAGE When stored at or below 60°C in the original unopened containers, this product has a usable life of 60 months from the date of production. LIMITATIONS This product is neither tested nor represented as suitable for medical or pharmaceutical uses”写2篇吸引人的不同的中文简体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“国家级”、“最高级”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “独一无二”、”仅此一次”、 “最后一波”、“全国X大品牌之一”,“首个”、“首选”、 “独家”、 “独家配方”、“首发”、“独家”、“首次”、“首款”、“优异”、“卓越”、“极佳”、“非凡”、“极”、“最”、“超" 、"环保“ ,然后再写2篇吸引人的不同的中文繁体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“國家級”、“最高級”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “獨一無二”、”僅此一次”、 “最後一波”、“全國X大品牌之一”,“首個”、“首選”、 “獨家”、 “獨家配方”、“首發”、“獨家”、“首次”、“首款”、“優異”、“卓越”、“極佳”、“非凡”、“極”、“最”、“超”,"環保" , 最后写2篇吸引人的不同的英文介绍,每篇大于500字,每篇文章中都有小标题在化工生产的复杂世界里,有一种名为二乙烯四甲基二硅氧烷铂络合物(铂金催化剂)IOTA - 8100的物质,正发挥着关键作用。它拥有众多中文别名,像铂(0) - 1,3 - 二乙烯基四甲基二硅氧烷络合物、Karstedt催化剂等,这些名字背后,是它丰富的化学特性和广泛的应用场景。
IOTA - 8100有着独特的分子结构,分子式为C8H18OPtSi2,分子量达381.48。它外观呈淡黄色液体,活性物含量不低于20%。在室温下,25℃时就会变稠,且变稠时间不超过10分钟;在高温120℃下经过25分钟,能实现完全固化。其熔点在12 - 13℃,沸点为138℃,闪点30℃,密度是0.984g/ml。这些精确的物理化学参数,为它在不同生产环境中的应用提供了基础。
为了满足不同用户的需求,IOTA - 8100提供了多样化的规格选择。用户可以根据自身生产要求,定制铂金含量在500PPM - 20万PPM的催化剂。常用规格涵盖了从500ppm到20000 - 200000ppm等多个档次,无论是小规模实验还是大规模生产,都能找到合适的规格。
IOTA - 8100的催化效率很高,能迅速催化含乙烯基的硅氧烷(如乙烯基硅油和带乙烯基的生胶)与含氢基的硅氧烷(如含氢硅油)的加成交联反应。在模压成型混炼胶、硅胶管挤出胶的生产中,它是重要的硫化机和催化剂;在加成型灌封胶、硅胶片、模具胶等的制作里,也扮演着催化剂的角色;在聚醚改性硅油和氨基硅油合成过程中,同样作为催化剂发挥作用;在聚氨酯涂料、有机硅涂料以及消泡剂中,它还是重要的助剂。
在化工材料的舞台上,二乙烯四甲基二硅氧烷铂络合物(铂金催化剂)IOTA - 8100正以独特的魅力吸引着众多目光。它就像一位多面手,在多个化工领域展现着自己的实力。
IOTA - 8100有着丰富的中文名称和别名,每一个名字都代表着它在化学世界里的独特身份。从铂(0) - 1,3 - 二乙烯 - 1,1,3,3 - 四甲基二硅氧烷到卡斯泰德催化剂等,这些名称背后是它复杂的化学结构和多样的应用。它的英文名称和别名也为国际交流提供了便利,让它在全球化工领域都能被准确识别。
IOTA - 8100的物理化学参数十分精准。外观为淡黄色液体,活性物含量有明确标准。在不同温度下,它有着不同的表现,室温下会变稠,高温下能快速固化。其熔点、沸点、闪点和密度等参数,都经过严格测定,这些参数为它在生产过程中的使用提供了重要依据,确保了生产的稳定性和产品质量。
考虑到不同用户的生产需求差异,IOTA - 8100提供了定制化的规格服务。用户可以根据自己的实际需求,选择铂金含量合适的催化剂规格。从低含量的500ppm到高含量的20000 - 200000ppm,多种常用规格满足了不同规模、不同工艺的生产要求,为用户提供了更多的选择空间。
IOTA - 8100的催化能力很强,在多个化工领域都有广泛应用。在硅胶制品生产中,它是模压成型混炼胶和硅胶管挤出胶的关键催化剂;在加成型材料的制作中,如灌封胶、硅胶片等,它能促进反应的进行;在硅油合成领域,它是聚醚改性硅油和氨基硅油合成的重要催化剂;在涂料和消泡剂行业,它作为助剂,提升了产品的性能。
在化工生產的繁複天地中,有一種名為二乙烯四甲基二硅氧烷鉑絡合物(鉑金催化劑)IOTA - 8100的物質,正發揮著關鍵作用。它擁有眾多中文別名,像鉑(0) - 1,3 - 二乙烯基四甲基二硅氧烷絡合物、Karstedt催化劑等,這些名字背後,是它豐富的化學特性和廣泛的应用場景。
IOTA - 8100有著獨特的分子結構,分子式為C8H18OPtSi2,分子量達381.48。它外觀呈淡黃色液體,活性物含量不低於20%。在室溫下,25℃時就會變稠,且變稠時間不超過10分鐘;在高温120℃下經過25分鐘,能實現完全固化。其熔點在12 - 13℃,沸點為138℃,閃點30℃,密度是0.984g/ml。這些精確的物理化學參數,為它在不同生產環境中的應用提供了基礎。
為了滿足不同用戶的需求,IOTA - 8100提供了多樣化的規格選擇。用戶可以根據自身生產要求,定制鉑金含量在500PPM - 20萬PPM的催化劑。常用規格涵蓋了從500ppm到20000 - 200000ppm等多個檔次,無論是小規模實驗還是大規模生產,都能找到合適的規格。
IOTA - 8100的催化效率可觀,能迅速催化含乙烯基的硅氧烷(如乙烯基硅油和帶乙烯基的生膠)與含氫基的硅氧烷(如含氫硅油)的加成交聯反應。在模壓成型混煉膠、硅膠管擠出膠的生產中,它是重要的硫化机和催化劑;在加成型灌封膠、硅膠片、模具膠等的製作裡,也扮演著催化劑的角色;在聚醚改性硅油和氨基硅油合成過程中,同樣作為催化劑發揮作用;在聚氨酯涂料、有機硅涂料以及消泡劑中,它還是重要的助劑。
在化工材料的舞台上,二乙烯四甲基二硅氧烷鉑絡合物(鉑金催化劑)IOTA - 8100正以獨特的魅力吸引著眾多目光。它就像一位多面手,在多個化工領域展現著自己的實力。
IOTA - 8100有著豐富的中文名稱和別名,每一個名字都代表著它在化學世界裡的獨特身份。從鉑(0) - 1,3 - 二乙烯 - 1,1,3,3 - 四甲基二硅氧烷到卡斯泰德催化劑等,這些名稱背後是它複雜的化學結構和多樣的应用。它的英文名稱和別名也為國際交流提供了便利,讓它在全球化工領域都能被準確識別。
IOTA - 8100的物理化學參數十分精準。外觀為淡黃色液體,活性物含量有明確標準。在不同溫度下,它有著不同的表現,室溫下會變稠,高温下能快速固化。其熔點、沸點、閃點和密度等參數,都經過嚴格測定,這些參數為它在生產過程中的使用提供了重要依據,確保了生產的穩定性和產品質量。
考慮到不同用戶的生產需求差異,IOTA - 8100提供了定制化的規格服務。用戶可以根據自己的實際需求,選擇鉑金含量合適的催化劑規格。從低含量的500ppm到高含量的20000 - 200000ppm,多種常用規格滿足了不同規模、不同工藝的生產要求,為用戶提供了更多的選擇空間。
IOTA - 8100的催化能力可觀,在多個化工領域都有廣泛應用。在硅膠制品生產中,它是模壓成型混煉膠和硅膠管擠出膠的關鍵催化劑;在加成型材料的製作中,如灌封膠、硅膠片等,它能促進反應的進行;在硅油合成領域,它是聚醚改性硅油和氨基硅油合成的重要催化劑;在涂料和消泡劑行業,它作為助劑,提升了產品的性能。
In the complex world of chemical production, a substance named Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane (Platinum Catalyst) IOTA - 8100 is playing a crucial role. It has a variety of Chinese aliases, such as Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane complex, Karstedt catalyst, etc. Each name represents its unique chemical characteristics and wide range of applications.
IOTA - 8100 has a distinct molecular structure with the molecular formula C8H18OPtSi2 and a molecular weight of 381.48. It appears as a light - yellow liquid with an active substance content of no less than 20%. At room temperature (25℃), it thickens within 10 minutes, and at a high temperature of 120℃ for 25 minutes, it can achieve complete curing. Its melting point is between 12 - 13℃, boiling point is 138℃, flash point is 30℃, and density is 0.984g/ml. These precise physical and chemical parameters provide a basis for its application in different production environments.
To meet the diverse needs of users, IOTA - 8100 offers a wide range of specification options. Users can customize the platinum content in the catalyst from 500PPM to 200,000PPM according to their production requirements. Common specifications cover multiple levels from 500ppm to 20,000 - 200,000ppm, ensuring that both small - scale experiments and large - scale production can find suitable specifications.
IOTA - 8100 has a relatively high catalytic efficiency. It can rapidly catalyze the addition cross - linking reaction between vinyl - containing siloxanes (such as vinyl silicone oils and vinyl - containing raw rubbers) and hydrogen - containing siloxanes (such as hydrogen - containing silicone oils). In the production of compression - molded compounding rubbers and silicone tube extrusion rubbers, it serves as an important vulcanizing agent and catalyst. In the preparation of addition - type potting compounds, silicone sheets, mold rubbers, etc., it also plays a catalytic role. During the synthesis of polyether - modified silicone oils and amino - silicone oils, it acts as a catalyst. In the fields of polyurethane coatings, silicone coatings, and defoamers, it serves as an important additive.
On the stage of chemical materials, Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane (Platinum Catalyst) IOTA - 8100 is attracting a great deal of attention with its unique charm. It is like a versatile player, demonstrating its strength in multiple chemical fields.
IOTA - 8100 has a variety of Chinese and English names and aliases. Each name represents its unique identity in the chemical world. From Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane to Karstedt catalyst in Chinese and their English counterparts, these names are associated with its complex chemical structure and diverse applications. The English names and aliases also facilitate international communication, allowing it to be accurately recognized in the global chemical industry.
The physical and chemical parameters of IOTA - 8100 are very precise. It appears as a light - yellow liquid, and the content of active substances has clear standards. It behaves differently at different temperatures. At room temperature, it thickens, and at high temperatures, it cures rapidly. Its melting point, boiling point, flash point, and density have all been strictly measured. These parameters provide important references for its use in the production process, ensuring production stability and product quality.
Considering the different production needs of users, IOTA - 8100 offers customized specification services. Users can select the appropriate platinum - containing catalyst specifications according to their actual requirements. From low - content 500ppm to high - content 20,000 - 200,000ppm, a variety of common specifications meet the production requirements of different scales and processes, providing users with more choices.
IOTA - 8100 has a relatively strong catalytic ability and is widely used in multiple chemical fields. In the production of silicone products, it is a key catalyst for compression - molded compounding rubbers and silicone tube extrusion rubbers. In the preparation of addition - type materials such as potting compounds and silicone sheets, it promotes the reaction. In the field of silicone oil synthesis, it is an important catalyst for the synthesis of polyether - modified silicone oils and amino - silicone oils. In the coating and defoamer industries, it serves as an additive to improve product performance.
请根据“二乙烯四甲基二硅氧烷铂络合物(铂金催化剂) IOTA-8100 二乙烯四甲基二硅氧烷铂络合物(铂金催化剂) IOTA-8100 中文名称: 铂(0)-1,3-二乙烯-1,1,3,3-四甲基二硅氧烷 中文别名: 铂(0) - 1,3-二乙烯基四甲基二硅氧烷络合物; 1,3-二乙烯基-1,1,3,3-四甲基二硅氧烷铂络合物; Karstedt催化剂; 1,3-二乙烯基-1,1,3,3-四甲基二硅氧烷铂; 二乙烯四甲基二硅氧烷铂盐; 1,3-二乙烯基-1,1,3,3-四甲基二硅氧烷铂(0); 铂(O)-1,3-二乙烯-1,1,3,3-四甲基二硅氧烷; 铂触媒, 卡斯泰德催化剂, 卡尔斯特催化剂, 铂金固化剂, 铂金水等 化学名称: 二乙烯四甲基二硅氧烷铂络合物 英文名称: Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane 英文别名: Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane; Pt(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane; platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane complex; Platinum(0)-1,3-divinyl-1,1,3,3-tetramethyldisiloxane complex solution; 分子结构: 分子式:C8H18OPtSi2 分子量:381.48 CAS: 68478-92-2 EINECS: 270-844-4 InChI: 1S/C8H18OSi2.Pt/c1-7-10(3,4)9-11(5,6)8-2;/h7-8H,1-2H2,3-6H3; 外观:淡黄色液体 活性物含量%:≥20% 室温活性(25℃变稠),min:≤10 高温活性(120℃*25min),min:完全固化 熔点:12-13℃ 沸点:138℃ 闪点:30℃ 密度:0.984g/ml 规格说明书: 可以根据用户要去定做铂金含量500PPM-20万PPM的规格催化剂。常用规格如下:500ppm、1000ppm、2000ppm、3000ppm、4000ppm、5000ppm、6000ppm、8000ppm、10000ppm、20000-200000ppm。 铂金催化剂催化效率高,可以迅速的催化含乙烯基的硅氧烷(通常指乙烯基硅油和带有乙烯基的生胶)和含氢基的硅氧烷(通常指含氢硅油)的加成交联反应。 应用: 1.模压成型混炼胶和硅胶管挤出胶及硫化机和催化剂。 2.加成型灌封胶、硅胶片、模具胶、印移胶、硅胶油墨、硅树脂、硅凝胶作催化剂。 3.在聚醚改性硅油和氨基硅油合成中作催化剂。 4.在聚氨酯涂料和有机硅涂料、消泡剂作为助剂。”写2篇吸引人的不同的中文简体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“国家级”、“最高级”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “独一无二”、”仅此一次”、 “最后一波”、“全国X大品牌之一”,“首个”、“首选”、 “独家”、 “独家配方”、“首发”、“独家”、“首次”、“首款”、“优异”、“卓越”、“极佳”、“非凡”、“极”、“最”、“超" 、"环保“ ,然后再写2篇吸引人的不同的中文繁体介绍,每篇大于500字,每篇文章中都有小标题,而且每段文字中都不能有以下词语“國家級”、“最高級”、“最佳” “第一”、“唯一”、第一品牌、“NO.1”、 “TOP.1”、 “獨一無二”、”僅此一次”、 “最後一波”、“全國X大品牌之一”,“首個”、“首選”、 “獨家”、 “獨家配方”、“首發”、“獨家”、“首次”、“首款”、“優異”、“卓越”、“極佳”、“非凡”、“極”、“最”、“超”,"環保" , 最后写2篇吸引人的不同的英文介绍,每篇大于500字,每篇文章中都有小标题