Date of Last Revision: 05.20.18 This cookie policy (the “Cookie Policy”) describes how Albemarle Corporation (“Albemarle” or “we” or “us”) uses cookies and other similar technologies on our website, www.albemarle.com (“Website”)., Table of Contents, WHAT ARE COOKIES? WHICH TYPES OF COOKIES DOES ALBEMARLE USE? HOW CAN YOU CONTROL COOKIES? WHICH SPECIFIC COOKIES DOES ALBEMARLE USE? (a) Strictly Necessary Cookies (b) Performance cookies (c) Targeting/Advertising Cookies ADDITIONAL INFORMATION REGARDING GOOGLE ANALYTICS HOW MAY THIS COOKIE POLICY BE CHANGED? HOW CAN YOU CONTACT US?, 1. WHAT ARE COOKIES?, Albemarle places small data files called cookies on your device to ensure that the Website functions properly, to track how you use our Website, to improve our Website and your user experience, and to tailor our Website to your interests. Cookies are small text files that are saved on your computer or mobile device when you visit the Website. It enables the Website to record and/or remember your…, 2. WHICH TYPES OF COOKIES DOES ALBEMARLE USE?, Albemarle uses the following categories of cookies on this Website:, Strictly Necessary Cookies:, These cookies are essential in order to enable you to move around the Website and use its features. These cookies will be dropped and used even if you do not consent to the use of cookies., Performance Cookies:, These cookies collect information about how you use the Website, e.g. which pages you go to most often, in order to improve how the Website works. We use these cookies only if you have consented via the cookie banner., Targeting/Advertising Cookies:, These cookies are used to deliver adverts more relevant to you and your interests. They are also used to limit the number of times you see an advert as well as help measure the effectiveness of the advertising campaigns. They remember that you have visited the Website and this information may be shared with other organizations, e.g. advertisers. We use these cookies only if you have consented via…, session cookies, ) and cookies that stay on your device until you delete them or they expire (called, persistent cookies, )., 3. HOW CAN YOU CONTROL COOKIES?, Strictly necessary cookies are necessary to provide the Website to you. We use such cookies without your prior consent. All other cookies are dropped after you have consented via the cookie banner on our Website. You can withdraw your consent at any time, for example by deleting the cookies. If you do not accept all cookies or withdraw your consent, you may still browse the Website; however, in…, 4. WHICH SPECIFIC COOKIES DOES ALBEMARLE USE?, We use the following cookies on our Website:, (a) Strictly Necessary Cookies, Name of cookie, Owner, Purpose of cookies, Duration of storage, XSRF-TOKEN albemarle.com This is a Laravel token used to prevent cross site request forgery Session laravel_session albemarle.com This is a general purpose Laravel identifier used to maintain user session variables. Session, (b) Performance cookies, Name of cookie, Owner, Purpose of cookie, Duration of storage, s_sq www.albemarle.com This is an Adobe Site Catalyst cookie that stores information about the previous link clicked within the Website. Session s_cc www.albemarle.com This is an Adobe Site Catalyst cookie that determines whether cookies are enabled in the browser. Session JSESSIONID nr-data.net This cookie is controlled by New Relic, which provides a platform for monitoring the performance of…, (c) Targeting/Advertising Cookies, Name of cookie, Owner, Purpose of cookie, Duration of storage, _ga Google.com This cookie is associated with Google Universal Analytics and is included in each page request in a site and used to calculate visitor, session and campaign data for the sites analytics. 2 Years _gid Google.com This cookie is used for Google Analytics to store and update a unique value for each page visited. 1 Day _gat_gtag Google.com This cookie is associated with Google Universal…, 5. ADDITIONAL INFORMATION REGARDING GOOGLE ANALYTICS, This Website uses Google Analytics, a web analytics service provided by Google Inc., 1600 Amphitheatre Parkway, Mountain View, CA 94043, USA (hereinafter referred to as "Google"). Google Analytics uses cookies to help a website to analyse how users use the Website. The information generated by the cookie about your use of our Website (including your IP address) will be transmitted and stored by…, 6. HOW MAY THIS COOKIE POLICY BE CHANGED?, Albemarle may, in its sole discretion, change this Cookie Policy from time to time. Any and all changes to Albemarle’s Cookie Policy will be reflected here and the date new versions are posted will be stated at the top of this Cookie Policy. Any material changes to this Cookie Policy will be communicated on this Website., 7. HOW CAN YOU CONTACT US?, If you have any questions regarding our Cookie Policy, please email our data protection officer at (DataPrivacy@albemarle.com) or contact us at: Albemarle Corporation 4250 Congress Street, Suite 900 Charlotte, NC 28209 Attention: General Counsel
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:----: :COMPONENT: TILE HERO BLOCK :Eyebrow: GLAS- UND KERAMIKMODIFIKATOREN :Header: Wie Glas und Keramik stärker werden, länger halten und widerstandsfähiger gegen Wärmeausdehnung werden. :Image-BG: Nahaufnahme eines modernen Elektroherdes mit vier starken Strahlungskeramikbrennern, von denen zwei hellrot leuchten, was bedeutet, dass sie eingeschaltet sind. :----: :COMPONENT: TEXT BLOCK :Header…, Lithia, :Tab: Lithia ist Lithiumoxid, das entweder aus Lithiumcarbonat oder Spodumen freigesetzt wird. Die Zugabe von Lithia erhöht die Schmelzrate von Glas und senkt die Viskosität sowie die Schmelztemperatur, was zu Folgendem führt: Die Produktivität der Prozesse wurde durch eine höhere Leistung gesteigert Energieeinsparungen und Vorteile beim Spritzgießen Verbesserte mechanische und optische…
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:----: :COMPONENT: TILE HERO BLOCK :Eyebrow: GLASS & CERAMICS MODIFIERS :Header: Making glass and ceramics stronger, work harder, wear longer and resist thermal expansion. :Image-BG: Close-up of a modern electric stove top with four strong radiant ceramic burners, two of which are glowing bright red indicating they are turned on. :----: :COMPONENT: TEXT BLOCK :Header: Albemarle has a long…, Lithia, :Tab: :Body: Lithia is lithium oxide released from either lithium carbonate or spodumene. Adding lithia increases glass melt rate, and lowers the viscosity and the melt temperature, resulting in: Process productivity increased by a higher output Energy savings and molding benefits Improved mechanical and optical properties Enhanced strength, durability and brilliance of the glass Common…
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:----: :COMPONENT: TILE HERO BLOCK :Eyebrow: GLASS & CERAMICS MODIFIERS :Header: Making glass and ceramics stronger, work harder, wear longer and resist thermal expansion. :Image-BG: Close-up of a modern electric stove top with four strong radiant ceramic burners, two of which are glowing bright red indicating they are turned on. :----: :COMPONENT: TEXT BLOCK :Header: Albemarle has a long…, Lithia, :Tab: :Body: Lithia is lithium oxide released from either lithium carbonate or spodumene. Adding lithia increases glass melt rate, and lowers the viscosity and the melt temperature, resulting in: Process productivity increased by a higher output Energy savings and molding benefits Improved mechanical and optical properties Enhanced strength, durability and brilliance of the glass Common…
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:----: :COMPONENT: TILE HERO BLOCK :Szemöldök fejléc: ÜVEG- ÉS KERÁMIA-MÓDOSÍTÓK :Fejléc: Az üveget és a kerámiát erősebbé, keményebbé, tartósabbá és a hőtágulással szemben ellenállóvá tesszük. :BG ábra: Közeli kép egy modern elektromos tűzhelyről, amelyen négy erős sugárzó kerámiaégő található, amelyek közül kettő élénkvörösen izzik, jelezve, hogy be vannak kapcsolva. :----: :COMPONENT: TEXT…, Lítium-oxid, :Fül: A lítium-oxid lítium-karbonátból vagy spodumenből szabadul fel. A lítium-oxid hozzáadása növeli az üveg olvadási sebességét, csökkenti a viszkozitást és az olvadási hőmérsékletet, ami a következőket eredményezi: Nagyobb teljesítménnyel javul a folyamat termelékenysége Energiamegtakarítás és formázási előnyök Javított mechanikai és optikai tulajdonságok Az üveg fokozott szilárdsága,…
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:----: :COMPONENT: TILE HERO BLOCK :アイブロー: ガラス＆セラミック改質剤 :ヘッダー: ガラスとセラミックスを強化し、耐久性を高め、摩耗を減らし、熱膨張に耐えるようにします。 :画像-BG: 4つの強い放射セラミックバーナーを備えた現代の電気コンロのクローズアップ。そのうち2つは明るい赤色に光っていて、電源が入っていることを示している。 :----: :COMPONENT: TEXT BLOCK :ヘッダー: アルベマールは、ガラスおよびセラミックス業界に、高品質で一貫した炭酸リチウムおよびスポジュメン製品を供給してきた長い歴史があります。 :ボディ：これらのリチウム化合物は、特にガラスやセラミック産業において、日常的な製品を強化する上で重要な役割を果たしています。炭酸リチウムは、スマートフォン、コンロ、建物などに見られる、…, リチア, タブ： :本文: リチアは炭酸リチウムまたはスポジュメンから放出された酸化リチウムです。リチアを添加するとガラスの溶融速度が上がり、粘度と溶融温度が低下し、次のような効果が得られます。 より高い出力によりプロセス生産性が向上 エネルギー節約と成形のメリット 機械的および光学的特性の改善 ガラスの強度、耐久性、輝きが向上 一般的な用途には、光学製品、容器ガラス、板ガラス、医薬品ガラス、特殊ガラス、ガラス繊維などがあります。リチアは、熱膨張がなく耐熱性が不可欠なガラスセラミック製クッキングヒーターにも使用されています。 塩化物、フッ化物、リン酸塩、ケイ酸塩、硫酸塩などの他のリチウム塩は、特定の用途で使用されます。 :Col3-Label: 関連 :Link-Primary: ビルディング＆建設 :Link-Primary: 自動車＆EV :Link-Primary: 航空・宇宙産業 :…
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:----: :COMPONENT: TILE HERO BLOCK :소제목: 유리 및 세라믹 수정제 :헤더: 유리와 세라믹 강화를 통한 내구성 향상 및 열 팽창 방지 :이미지-BG: 현대식 전기 스토브를 클로즈업한 이미지입니다. 4개의 강력한 방사형 세라믹 버너가 있으며, 그 중 2개는 켜져 있어 밝은 붉은색으로 빛납니다. :----: :COMPONENT: TEXT BLOCK :헤더: Albemarle은 유리 및 세라믹 산업을 대상으로 오랜 기간 일관적인 고품질의 탄산리튬과 스포듀민 제품을 공급해 왔습니다. :본문: 이 리튬 화합물은 특히 유리 및 세라믹 산업에서 일상 제품을 향상시키는 데 중요한 역할을 합니다. 탄산리튬은 스마트폰, 쿡탑, 건물 등에서 흔히 사용되는 내구성과 내열성이 뛰어난 유리 제품을…, 리시아, 탭: :본문: 리시아는 탄산리튬 또는 스포듀민에서 방출되는 산화리튬입니다. 리시아를 첨가하면 유리의 용융 속도가 증가하며 점도와 용융 온도가 낮아져 다음과 같은 효과가 나타납니다. 생산량 확대로 프로세스 생산성이 증가했습니다 에너지 절감 및 성형 이점 기계적 및 광학적 특성이 향상됩니다 유리의 강도, 내구성 및 광택이 향상됩니다. 일반적인 응용 분야에는 광학 제품, 용기 유리, 평판 유리, 제약 유리, 특수 유리 및 유리 섬유가 포함됩니다. 리시아는 열팽창이 없고 열 저항이 필수적인 유리 세라믹 쿡탑에도 사용됩니다. 염화물, 불화물, 인산염, 실리케이트, 황산염과 같은 다른 리튬염은 각자 구체적인 용도로 사용됩니다. :Col3-라벨: 관련 :링크-기본: 건축 및 건설 :링크-기본: 자동차 및 전기차 :…
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：----： :COMPONENT: TILE HERO BLOCK :Eyebrow: 玻璃和陶瓷改性剂 :Header: 使玻璃和陶瓷更坚固、更耐用、更耐磨，并具有抗热膨胀性能。 :Image-BG: Close-up of a modern electric stove top with four strong radiant ceramic burners, two of which are glowing bright red indicating they are turned on. ：----： :COMPONENT: TEXT BLOCK ：Header：雅保长期以来一直为玻璃和陶瓷行业提供高质量、稳定的碳酸锂和锂辉石产品。 :Body: 这些锂化合物在提升日常产品性能方面起着关键作用，尤其是在玻璃和陶瓷行业：碳酸锂是制造坚固、耐用且耐热的玻璃产品（如智能手机、灶台、…, Lithia, :Tab: :Body: 氧化锂是从碳酸锂或锂辉石中释放的锂氧化物。添加氧化锂可提高玻璃的熔化率，并降低粘度和熔化温度，从而带来以下好处： 提高玻璃产量，从而提高工艺生产率 节能和提高成型通量 改进的机械和光学性能 增强玻璃的强度、耐用性和光泽度 常见应用包括光学产品、容器玻璃、平板玻璃、药用玻璃、特种玻璃和玻璃纤维。氧化锂还被用于制造玻璃陶瓷灶面，以确保后者无热膨胀性，并具有优异的热阻特性。 其他锂盐产品，如氯化锂、氟化锂、磷酸锂、硅酸锂或硫酸锂，也可用于特定应用。 :Col3-Label：相关 :Link-Primary: 建筑与施工 :Link-Primary: 汽车与电动汽车 :Link-Primary: 航空航天 :Link-Primary: 电气和电子产品 :Link-Primary: 工业生产 :Link-Primary: 医疗器械和设备 :Link-Primary:…
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