Shijiazhuang Qibo Technology Co., Ltd.’s Post

🚗 🚛 🚚 #PPSheet #HalogenFree #FlameRetardant 🔥 🔥 PP fire retardant additive especially for PP sheet/board.📞 WA: +86 17303319116 😎 UL94 V-0 standard and no-dripping 🌏 Non-halogen, eco-friendly, non-toxic, and ROHS standards. 🌈 Remain stable and UV resistance during long-term use

Discover our Fluid Bed Equipment, the pinnacle of chemical innovation. Featuring a state-of-the-art fluid bed dryer with easy operations and a completely tool-less AHU (Air Handling Unit). Prochem Tapasya is your partner in redefining processes. #ProchemTapasya #ChemicalIndustry #Pharmaceuticalindustry #Activepharmaingredients #FluidBedEquipment #Granulation #ExpertEngineering #Drying

Is the blue dye test the best option for blister pack leak testing? Learn about its limitations and why other methods may be more effective! #BlisterPackTesting #LeakDetection #BlueDyeTest https://lnkd.in/gnXej4aX

Sterile Operation-Q5: What is the meaning of difficult to inspect product (DIP): Response: There are dosage forms for which the sensitivity of direct examination is significantly reduced. The products hinder or block the inspector’s ability to reliably detect visible particulate matter. E.g. product with opaque or deeply colored solution, lyophilized cake, powders, concentrated suspensions, emulsions and ointments. Example of DIP containers includes translucent or opaque plastic, blow fill seal and flexible bags, foiled containers, plastic syringes and specialty containers such as cartridge and combination product.

Silicone antifoams are effective in a broad range of applications, including many types of water treatment processes. Not only are silicone antifoams chemically inert, they are also typically effective at very low PPM dosage rates. Find out more about the advantages of silicone antifoams: https://hubs.lu/Q02t3sS30 #industrialsolutions #chemicalengineering #chemicalmanufacturing #foodprocessing #watertreatment #cleaningsolutions #appliedmaterialsolutions

🔎 Some behind-the-scenes look at our syringe manufacturing process! Did you know our syringes are crafted from pharmaceutical-grade glass? 🔎 This high-quality glass boasts a laminar structure, ensuring no flaking or micro glass fragments. Each syringe undergoes rigorous visual inspection to guarantee 100% quality assurance. Learn more about our commitment to safety and precision. #Innate #QualityControl #HealthcareTech 🌟

Melamine a dangerous cancerous chemical used in the manufacture of PPP intumescent coatings and should be supplied with intumescent coating. Why then has Akzo Nobel withdrawn the current MSDS which list melamine as a cancerous product, they are now supplying an old MSDS which does not list melamine. For a company that says that they pride themselves on safety this is a very dangerous step. Melamine is used to make the intumescent swell or char. Next time your speaking to your supplier of intumescent coatings ask them for the complete MSDS

Thickeners are water-phase regulating aids. Water-phase regulating aids mainly include additives that adjust the stability, viscosity, dryness, fluidity, etc. of the system to enhance the processing performance or processing performance of the system, such as various thickeners. Thickeners (thickeners), paste agents, etc.; according to the needs of certain latex processes and products, thickeners (thickeners) are used to control and stabilize the viscosity of the system. Generally, thickeners are also stabilizers, and the functions of thickeners follow different classifications of thickeners: ① The thickener is mainly adsorbed on the surface of rubber particles, increasing the volume of the particles, thereby increasing the viscosity of the latex ② Increase the thickening agent entering the water phase and the viscosity of the water phase, thereby increasing the viscosity of the latex ③ Other mechanisms of action occur at the same time. Thickening is an essential step in glove production. We supply CMC and CMS in large quantities all year round. Please feel free to contact me if you need it! ! ! !

Gaskets are essential for sealing irregular gaps and preventing leaks. Made from elastoplastic materials, they deform under load to create a leak-proof seal. 🚫💧 However, damaged gaskets can lead to product contamination, making it crucial to monitor their condition. Why Gasket Mapping? This process helps in risk analysis, defining inspection frequency, and ensuring the right materials and certifications are used. 🗂️ Common gasket types include rubber gaskets made from neoprene, nitrile, and EPDM, non-asbestos gaskets using compressed fiber with elastomer binding, and cork gaskets that combine natural cork with elastomers for flexibility. 🌰 Steps for Effective Gasket Mapping: Start with line mapping, listing all gaskets used, their materials, and vendors. 📝 Conduct risk assessments based on gasket criticality and position. ⚠️ Update P&IDs to ensure correct gasket placement and ease of replacement. Additionally, maintain a gasket library for traceability and root cause analysis. 📚 Gasket mapping mitigates foreign body risks, ensures quality, reduces consumer complaints, and lowers non-quality costs. It’s crucial for any process where gaskets come into contact with food, ensuring safety and efficiency. 🥗✨ For more information, reach out to us at ✉️ info@pmg.engineering or visit 🌐 www.pmg.engineering! Let's work together to enhance food safety! #GasketMapping #GasketAnalysis #RiskAnalysis #FoodSafety #QualityControl #ProcessImprovement #RootCauseAnalysis #IndustrialEngineering #ManufacturingProcesses #EngineeringSolutions