Adherex Group’s Post

Introducing our high-quality product: Polyacrylonitrile cornerstone ink felt or Graphite felt. After undergoing special high-temperature graphitization treatment, it emerges as a top-notch carbon felt. This remarkable material possesses numerous advantages, including its lightweight nature, excellent disturbance resistance, high purity, elevated carbon content, strong resistance to high temperatures, outstanding corrosion resistance, low thermal conductivity, and exceptional shape retention capabilities. Designed to cater to various industrial needs, our Polyacrylonitrile cornerstone ink felt serves as an ideal insulation material for polysilicon and monocrystalline silicon preparation furnaces. In addition, it excels as a corrosion-resistant filter material, adding even more value to its already impressive list of features. When it comes to reliability, performance, and longevity, our Polyacrylonitrile cornerstone ink felt stands head and shoulders above the competition. Place your trust in our product and experience the unparalleled benefits it delivers. #Polyacrylonitrile #CarbonFelt #GraphiteFelt #InsulationMaterial #CorrosionResistant #InnovativeSolutions

IOTA-3405A/B is a type of addition-cure liquid silicone rubber, specifically designed as a two-component, platinum-catalyzed transparent elastomer. Upon mixing the two components, it solidifies into a soft, flexible material with exceptional buffering properties and moderate adhesive strength. This liquid silicone rubber is made from platinum-catalyzed polydimethylsiloxane, offering a curing temperature range from room temperature to 200°C, and does not produce any by-products during the curing process. This silicone rubber features a solvent-free two-component system, which ensures ease of use and minimal environmental impact. Before curing, the material has a low viscosity, making it easy to process and apply. After curing, it maintains excellent softness and stress resistance, which is crucial for applications that require precise and durable protection of delicate electronic parts. IOTA-3405A/B exhibits extremely low oil permeability and minimal shrinkage post-curing, which helps prevent damage to the encapsulated components and enhances the longevity of the protective layer. This makes it an ideal choice for high-precision electronic encapsulation and filling applications, where protection from environmental stressors, as well as maintaining the functionality of sensitive components, is essential. #LiquidSiliconeRubber #TwoComponentSiliconeRubber #TransparentSiliconeRubber #PlatinumCatalyzed #HighPrecisionElectronicEncapsulation #ElectronicComponentProtection #MoistureResistantSiliconeRubber #VibrationResistant

Large board adhesive,low VOC,no smell, high adhesion

💡 Javachem®GS is UHMW silicone additive that uses special silica as the carrier resin. Due to higher silicone content, Javachem®GS exhibits versatile applications and compatibility with all thermoplastics. With low addition, it can significantly enhance processability and fluidity of thermoplastics without effect on the existing properties and processing performance.   Javachem®GS provides excellent internal and external lubrication, effectively reduces die drool, promotes line speed, prevents screw slippage, lessens line diameter fluctuation, greatly improves smoothness and gloss, and imparts exceptional wear resistance. 🔹 No carrier resin, suitable for all thermoplastics 🔹 Higher silicone content, lower addition 🔹 Enhanced processability and fluidity of thermoplastics 🔹 Excellent internal and external lubrication, greater stability Improved material appearance and wear resistance 🖇 Learn more：www.javachem.com #UHMWsiliconeadditive #thermoplastics #loweraddition

💡 Looking for an adhesive that handles heat, resists weather, and stays flexible? Silicone #PressureSensitiveAdhesives are designed to meet these challenges—and outperform traditional options like rubber. By offering strong adhesion to a wide range of substrates, silicone #PSAs open up new possibilities for innovative designs. Learn more about silicone PSAs and their advantages here: https://dow.inc/402AGPt

💡 Javachem®GS is UHMW silicone additive that uses special silica as the carrier resin. Due to higher silicone content, Javachem®GS exhibits versatile applications and compatibility with all thermoplastics. With low addition, it can significantly enhance processability and fluidity of thermoplastics without effect on the existing properties and processing performance. Javachem®GS provides excellent internal and external lubrication, effectively reduces die drool, promotes line speed, prevents screw slippage, lessens line diameter fluctuation, greatly improves smoothness and gloss, and imparts exceptional wear resistance. 🔸 No carrier resin, suitable for all thermoplastics 🔸 Higher silicone content, lower addition 🔸 Enhanced processability and fluidity of thermoplastics 🔸 Excellent internal and external lubrication, greater stability 🔸 Improved material appearance and wear resistance ⏩ Learn more：www.javachem.com #UHMWsiliconeadditive #thermoplastics #loweraddition

The occurrence of die wear, also referred to as "die ringing," poses a significant challenge in tablet compression, particularly when dealing with hard and abrasive granules and powders. This phenomenon manifests as a double ring on the tablet due to the upper and lower punch tips flexing during compaction. If left unaddressed, die wear can lead to severe tablet problems like capping, delamination, and heightened ejection forces. To mitigate die wear effectively, consider the following strategies: - Utilize specific zones within the die bore to effectively manage wear during the compaction process. - Opt for harder and wear-resistant die materials, such as tungsten carbide inserts, to enhance durability and longevity. By carefully selecting materials and making design adjustments, it is possible to minimize wear, prolong the lifespan of equipment, and enhance production efficiency, ultimately resulting in the production of higher-quality tablets. Die wear stands out as a prevalent challenge in tablet manufacturing. For insights into addressing more common issues in this field, click here: https://lnkd.in/eHqafRhg #tabletpress #pharmamanufacting #pharmaindustry I Holland Ltd.

💍 How to Shrink a Silicone Ring: What You Need to Know! Silicone rings are popular for durability and flexibility, but what happens when they stretch out of shape? Can they be resized? In my latest article, I cover: ✅ Effective methods to shrink silicone rings using heat. ✅ The risks involved, including uneven shrinkage and reduced durability. ✅ Safer alternatives to resizing that protect your ring’s integrity. 🔧 If your silicone ring doesn’t fit quite right, this guide will help you make an informed decision. Protect your investment and choose the safest option! 📖 Read the full article here: https://lnkd.in/gxWJnChD 💬 Have you ever resized a silicone ring or considered other solutions? Let’s discuss in the comments! 📧 Contact me: [email protected] 📲 WhatsApp: +8613799770527 🌐 Visit us at: www.eonrub.com #SiliconeRings #CustomMoldedRubber #Manufacturing #ProductCare #Eonrub #SealingSolutions

Not all rubber is the same... In the world of screening, the choice of rubber material is far from trivial—it’s a critical decision that impacts everything from wear life to screening efficiency. The demands of different applications—whether it's scalping, sizing, or dewatering—require materials that can meet specific challenges head-on. For example, in general screening operations, a balanced rubber formulation (like our XR rubber compound) provides just the right mix of flexibility and durability to handle varying material sizes and conditions. But in high-abrasion environments, the same formulation may not hold up, leading to premature wear, reduced efficiency, and more frequent changeouts. In these cases, an extreme durability formulation like our XR100 or XR200 is necessary—engineered to withstand sharp, abrasive materials and heavy impact over extended periods. There’s also the challenge of blinding and material buildup, which can drastically reduce throughput and increase maintenance costs. Elastic rubber formulations like our FXR or FXR100 are specifically designed to flex under impact, dislodging materials before they have a chance to block apertures. These kinds of material-specific solutions allow for consistent screening performance, even in applications that are prone to clogging. Selecting the wrong rubber material for the job can result in costly inefficiencies, shorter wear life, and unnecessary downtime. That's why understanding the unique properties of rubber formulations is essential to optimizing performance and ensuring long-term operational success. Download a full breakdown of all of our material formulations below. #ScreeningSolutions #WearLife #MaterialFormulations #Mining #Aggregates #Coal #WeGotThis #Polydeck