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Check out this Elastomer Fluid Compatibility chart from Rahco Rubber. It offers a quick guideline for commonly used materials’ resistance to contacting fluids. https://lnkd.in/dbgka2Hq # . # . # . # . # . # #RubberIndustry #ManufacturIngIndustry #OEMs #QualityImprovement #NewProductDevelopment #DesignExcellence #EngineeringSolutions #OEMFactory #EngineeringDesign #SafetyEquipment #EngineeringSolutions #RubberProducts #OEMSupplier #RahcoToTheRescue #Manufacturing #NewProducts #EngineeringServices #ValueAddedServices  #ValueEngineering #OEMSupplier

Sintered wire mesh metal filter cloth is a porous metal plate made from multilayer stainless steel wire mesh, and sintered into one metal panel. It is usually consists of 5 layer (or 6-8 layer) mesh: protect mesh layer, filter mesh layer, protection mesh layer, reinforcement mesh layer, and reinforcement mesh layer. With high mechanical strength and wide filter rating ranges, sintered filters are a new fine materials for filtration used in food, beverage, water treatment, dust removing, pharmaceutical, and polymer industry. The materials of sintered wire mesh commonly is stainless steel 304, SS316,SS316L, but Alloy Steel Hastelloy, Monel, Inconel and other metal or alloy as materials also available according customers filter process requirement. Sintered stainless steel filter is the most widely used type among all the materials due to its excellent chemical stability and long service life. The protect mesh layer and filter layer are fine stainless steel woven wire mesh, and reinforcement mesh layer can be plain woven, dutch woven type wire or perforated metal sheet. https://lnkd.in/gcN_SjX5

Discover reliability with MEYER's M22 & M22A Elastomers and Packing Elements, meticulously crafted for BOP applications. The M22 elastomers seamlessly replace Cameron T81 Ram BOPs, ensuring compatibility without compromise, available for 7-1/16" 3K/5K. Meanwhile, M22A Packing Elements are designed for Shaffer/NOV Spherical BOPs, offered in 7-1/16" 5K and 13-5/8" 5K sizes. Choose from Nitrile (NBR) configurations tailored to suit specific applications, including Natural Gas, Mud, and Oil, with an optional inquiry for NR. Operating flawlessly within a pressure range of 0 - 5,000 PSI, these elements exhibit exceptional resilience. The hydraulic pressure required to close stands at 1,500 PSI. Sized at 7-1/16” and 13-5/8”, they maintain peak performance in temperatures ranging from 40F to 250F. MEYER's commitment to quality is evident in the successful completion of 52 API Fatigue Cycles without failure. Elevate your BOP reliability with MEYER's M22 & M22A Elastomers and Packing Elements. Visit MeyerNOW.com or call 877-44-MEYER for more information. ☎️ (877) 44-MEYER 🔗 www.MEYERNow.com 📩 info@MEYERNow.com 📍 13 service locations and partnerships worldwide #BOP #OilandGas #Elastomers #PackingElements #MEYER

Adaptation, the ability to innovate and remain prosperous in a changing environment, has Klinger Thermoseal well on its way to success in the rubber extrusion and rubber-coated metal markets.

Thermoplastic Elastomers: Causes of Testing Deviation and Shore A to Shore D Conversion https://lnkd.in/g9Qk6tce Relative to other plastics, hardness is a more critical indicator for thermoplastic elastomers. Although hardness testing is relatively simple, various testing conditions and methods can lead to deviations in hardness values. The following details the testing methods for hardness and the reasons for deviations:

Peak Performance Polymers High-performance plastics include: PTFE, PCTFE, PEEK, PFA, FEP, ETFE, ECTFE, PPS, PES. High performance polymers are used in a variety of industries, including aerospace, automotive, and medical device manufacturing. They are often used to create structural components, bearings, seals, and other parts that are subjected to high loads or extreme temperatures. High performance plastics typically have a permanent operating temperature of more than 302°F. It is this material class that brings the superior properties of polymers - such as sliding friction characteristics, weight saving and chemical resistance - to bear, especially at high permanent operating temperatures. #polymer #Peekplastic #material

ASTM D624 is a standard for measuring the tear strength of rubbers, elastomers, and silicones. This test assesses the force required to start a tear in the material. Samples are prepared according to the standard, loaded into grips, and subjected to grip separation until rupture. The maximum force is recorded for some specimen types, while others require continuous force recording. Different sample geometries, such as Type A, B, C, and T, are outlined in the standard. Results are reported as tearing strength in force per unit width. Testing to ASTM D624 is often accompanied by ASTM D412 testing to measure tensile strength and elongation. It is crucial to review the full ASTM publication before conducting testing. Check out our YouTube Channel. https://lnkd.in/g9MyYH-Z Visit our website! www.coirubber.com We are IATF 16949 certified. Check out our presentation! https://lnkd.in/gtvDmUaN Check out the full list of our capabilities! https://lnkd.in/gvrwNfHK Need a quote? Send RFQs over to estimator@coirubber.com

Automotive gaskets, sealing products and mouldings are made from a variety of materials to suit a range of applications. Rubber and polymer materials (including synthetic rubber and fluoropolymer elastomers) must undergo well-defined standard testing procedures to ensure tensile strength and suitable stress-strain behaviour. #tbt #casestudy #qualityassurance #testing #engineering #materials #testingsolutions #forcetesting #materialstesting #universaltestingmachine Mecmesin | Tensile test on rubber gaskets https://hubl.li/Q02s-L140