Why use Ceramic and Special protection Sheaths? Ceramics and Special Protection Sheaths are a tube covering meant to protect the wiring of the thermocouples that are used in high temperature measurement. The tube covering of the thermocouple is the section exposed to the heat application in the industrial process i.e., such as inside a furnace. The ceramic or protective sheath is not destroyed because of their exceptional heat resistant properties from the compounds they are constructed from. https://bit.ly/4cMzQcA
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Why use Ceramic and Special protection Sheaths? Ceramics and Special Protection Sheaths are a tube covering meant to protect the wiring of the thermocouples that are used in high temperature measurement. The tube covering of the thermocouple is the section exposed to the heat application in the industrial process i.e., such as inside a furnace. The ceramic or protective sheath is not destroyed because of their exceptional heat resistant properties from the compounds they are constructed from. https://bit.ly/3RE4MEr
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Why use Ceramic and Special protection Sheaths? Ceramics and Special Protection Sheaths are a tube covering meant to protect the wiring of the thermocouples that are used in high temperature measurement. The tube covering of the thermocouple is the section exposed to the heat application in the industrial process i.e., such as inside a furnace. The ceramic or protective sheath is not destroyed because of their exceptional heat resistant properties from the compounds they are constructed from. https://bit.ly/3udu6Ir
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Why use Ceramic and Special protection Sheaths? Ceramics and Special Protection Sheaths are a tube covering meant to protect the wiring of the thermocouples that are used in high temperature measurement. The tube covering of the thermocouple is the section exposed to the heat application in the industrial process i.e., such as inside a furnace. The ceramic or protective sheath is not destroyed because of their exceptional heat resistant properties from the compounds they are constructed from. https://lnkd.in/gG7u45Rh
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i am a Director of Sales in a company which produces and sells optical fiber cables and other derivatives such as such as FTTH drop-in optical cables, type 8 optical cables, etc.
🤗 The structure of GYXTW optical cable is to insert 250µm optical fiber into a loose tube made of high modulus material, and the loose tube is filled with waterproof compound. The loose tube is wrapped longitudinally with a layer of double-sided plastic-coated steel tape (PSP). Water-blocking material is added between the steel tape and the loose tube to ensure the compactness and longitudinal water blocking of the optical cable. Two parallel steel wires are placed on both sides and then the polyester is extruded. Vinyl sheathed cable. 📢 Features: ⏺ Has good mechanical properties and temperature characteristics The loose tube material itself has good hydrolysis resistance and high strength ⏺The tube is filled with special grease to provide critical protection for the optical fiber. ⏺Good pressure resistance and softness ⏺Double-sided plastic-coated steel strip (PSP) improves the moisture resistance of optical cables ⏺Two parallel steel wires ensure the tensile strength of the optical cable ⏺Small diameter, light weight, easy to lay
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Fire Curtain Fabric Type No.: Suntex-5048 Classification: EW Functions: When exposed to temperatures above 140°C, the coating system forms an expanding, foaming substance that provides thermal insulation. Details: This fabric is a stainless steel wire reinforced glass fabric with a specially formulated intumescent fire retardant graphite material. The material does not generate toxic emissions, and has a good resistance to hydrolysis whilst still having a flexible handle.
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Architectural & Industrial Metal Finishing: Elevating Protection Approach to Surface Preparation for Powder Coating In the comprehensive article "Surface Preparation for Best Adhesion for Powder Coating" from PFOnline, the crucial steps for achieving optimal adhesion and durability in powder coating applications are outlined. A query regarding the use of cold-rolled 304 Stainless square tubing for instrument housings prompts the exploration of powder coating as a cost-effective means to provide a professional finish and prevent oxidation and pitting. However, adhesion challenges must be addressed to ensure long-term performance, especially in environments ranging from -40°C to +100°C, occasionally dusty, oily, and near sea water. Read more: https://lnkd.in/eCK8BDTT
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