克魯勃UNISILKON GLK 112鋼纜、密封潤滑脂

詳細(xì)內(nèi)容：產(chǎn)品基本信息： 型號(hào)：UNISILKON GLK 112 英文名稱:Kluber UNISILKON GLK 112 粘度等級(jí)：NLGI 品牌/產(chǎn)地：克魯勃，德國 包裝規(guī)格及價(jià)格：1KG/1280 25KG/30000 類型：鋼纜、密封潤滑脂 寶貝描述： UNISILKON GLK 112為鋼纜線特別潤滑脂，密封件和塑料。 說明：UNISILKON GLK112確保平穩(wěn)運(yùn)行的組件以及受低溫為提供優(yōu)良的耐熱性。它是基于硅油和特殊鋰皂。該產(chǎn)品是兼容多種彈性體（除foir硅橡膠）和塑料。 應(yīng)用：UNISILKON GLK112是使用特別為摩擦潤滑點(diǎn)納入橡膠金屬，塑料或塑料，金屬，塑料材料組合。例如：- 滑道- 密封件（即EPDM）- 鋼纜線UNISILKON GLK112減少摩擦，阻礙吱吱作響的聲音和可以防止大氣攻擊橡膠和塑料。UNISILKON GLK112往往可以用在終身潤滑組件是必需的。 包裝規(guī)格:1公斤罐25千克桶80公斤桶裝。 德語： UNISILKON GLK 112 Special lubricating grease for Bowden cables,seals and plastics Description UNISILKON GLK 112 ensures smooth running of components subject to low temperatures as well as providing excellent thermal resistance. It is based on silicone oil and a special lithium soap. The product is compatible with many elastomers (except foir silicone rubber) and plastics. Application UNISILKON GLK 112 is used particularly for the lubrication of friction points incorporating rubber-metal, plastic-metal or plastic-plastic material combinations. Applications are for example: - slideways - seals (also EPDM) - Bowden cables UNISILKON GLK 112 reduces friction, impedes creaking noises and protects against atmospheric attack on rubber and plastics. UNISILKON GLK112 can often be used where lifetime lubrication of components is required. Application notes Apply by spatula, brush or grease gun. Owing to the many different elastomer and plastic compositions their compatibility should be checked prior to series application use. We recommend complete removal of oil and grease from friction points before applying UNIMOLY GLK 112 in order to ensure optimum material adhesion. Minimum shelf life The minimum shelf life is approx. 36 months if the product is stored in the original closed container in a dry place. Pack sizes 1 kg cans 25 kg bucket 50 kg bucket 180 kg drum UNISILKON GLK 112 Compatible with many plastics and elastomers Ensures smooth running of components subject to low temperatures Good adhesion and wetting of functional surfaces