Mayuri Kathade’s Post

#WaferPad The wafer pad, also known as anti-static accumulation paper, silicon wafer paper, semiconductor wafer box cushion, solar wafer cushion, PCB buffer sheet, conductive separator, black wafer separator, anti-static wafer separator, conductive wafer spacer, circular wafer divider, or square wafer pad, is named according to its function or surface treatment. It can also be referred to as anti-static black embossed wafer pad or embossed wafer square pad. Product Description This product is made from a permanently conductive or anti-static film, processed through heat pressing and die-cutting. The film surface can be smooth or patterned as required. The product can be customized to any size and shape, with excellent dimensional stability, a clean appearance, and no powder shedding or dust generation. The raised embossed pattern not only prevents damage from static electricity but also provides a cushioning effect. Applications These wafer pads are widely used in TFT-LCD, solar cells, silicon wafers, and multi-crystalline silicon wafer packaging in industries such as chip manufacturing and packaging. Technical Specifications Surface Resistivity: 10³ ~ 10¹¹ Ω Minimum Length and Width Tolerance: ≤ ±0.5 mm Thickness: 25 – 400 μm Electrostatic Discharge Time: < 1.0 sec info@graphenerich.cm https://lnkd.in/gW6Qt5XZ

Illuminating Precision: Navigating the UV Tape Market for Advanced Electronics Get Free Sample PDF: https://cutt.ly/nwLoWetA Market Overview: UV tape is a sticky tape used in the semiconductor manufacturing process. It is suitable for safeguarding the surface of the semiconductor wafer during back grinding and holding the semiconductor wafer with a ring frame #while dicing. It is also suitable for a variety of workpieces, such as ceramics, glass, sapphire, and so on. UV tapes are also used for wafer dicing, PCB grinding, and glass dicing applications. UV Tape Market, Key Players are 1. BASF Coatings Services S.A. 2. Henkel AG & Company 3. SUMITOMO BAKELITE CO., LTD. 4. NEPTCO JV LLC Market Growth: As a result, expansion in the building industry is likely to enhance demand for UV tapes (based on acrylic foam tape and polyester tape), driving revenue growth in the UV tape market throughout the forecast period. China's real #estate market investment surged from 15.7% in 2019 to 38.3% in January-February 2021, according to the National Bureau of Statistics. Building permits in the United States increased by 0.3% to an adjusted annual rate of 1.76 million in April 2021, up from 1.75 million in March 2021, according to the US Census Bureau. According to the India Brand Equity Foundation (IBEF), India's real estate sector will be valued $1 trillion in 2030 and Rs. 65,000 crores (US$ 9.30 billion) in 2040. #ElectronicsInnovation #UVTechnology #MarketGrowth #UVTape #SemiconductorIndustry #ElectronicsPackaging #UVAdhesive #WaferBonding #Optoelectronics

🌟 Enhancing Durability and Performance with Copper Plating & XLYN Coating 🌟 In today’s competitive landscape, the right surface finish can make all the difference. That’s why we’re excited to highlight two powerful processes: Copper Plating and XLYN Coating! 🔹 Copper Plating is not just about aesthetics; it provides excellent electrical conductivity, corrosion resistance, and wear properties. Whether in electronics, automotive, or aerospace applications, copper plating ensures enhanced performance and longevity of components. 🔹 XLYN Coating, on the other hand, is revolutionizing protective coatings. Known for its exceptional adhesion and resistance to harsh environments, XLYN is the go-to choice for industries looking to improve the durability of their products. With XLYN, you get superior protection against abrasion, chemicals, and temperature fluctuations. Together, these technologies are transforming how we approach manufacturing and maintenance. By integrating copper plating with XLYN coating, we can achieve unmatched results, maximizing the lifespan and functionality of critical components. Let’s connect and explore how these innovations can elevate your projects! 🚀 #CopperPlating #XLYNCoating #SurfaceFinish #Manufacturing #Innovation #Durability

Valtron #HeatReleaseEpoxy for Temporary Bonding In the realm of modern manufacturing and semiconductor wafering process, the need for precise and efficient temporary bonding solutions has never been more critical. Temporary bonding plays a pivotal role in various processes such as wafer thinning, handling, and testing, where secure adhesion is required without compromising the integrity of delicate components. Understanding #HeatReleaseEpoxy Heat release epoxy is a specialized adhesive designed to facilitate temporary bonding in semiconductor manufacturing and other high-tech industries. Unlike traditional adhesives or wax, which may require mechanical or chemical methods for removal, heat release epoxy offers a unique advantage: it can be easily released by applying controlled heat. Benefits and Applications Precision and Control: #HeatReleaseEpoxy provides precise control over the bonding process. The adhesive is applied in a thin, uniform layer, ensuring minimal variation in bond thickness and consistent performance across production cycles. Damage-Free Removal: The ability to release the bond with heat eliminates the risk of mechanical damage to delicate substrates or components. This is particularly advantageous in applications involving sensitive materials or thin wafers where preservation of structural integrity is paramount. Enhanced Productivity: By simplifying the removal process, #HeatReleaseEoxy contributes to increased throughput and operational efficiency. It reduces downtime associated with cleaning and enables faster turnaround times in manufacturing workflows. Versatility: From semiconductor wafer processing to microelectronics and optical device manufacturing, heat release epoxy accommodates a wide range of applications. It adheres effectively to various substrates including silicon, glass, and metals, offering versatility in diverse industrial settings. Practical Implementation In practice, #HeatReleaseEpoxy is applied using specialized dispensing equipment or automated processes to ensure uniform coverage and adhesion. Once bonded, the assembly undergoes standard manufacturing procedures such as thinning or slicing. When the temporary bond is no longer needed, controlled heating through infrared radiation activates the epoxy's release mechanism, allowing effortless separation without residue or damage. Conclusion As industries continue to push the boundaries of technological advancement, the demand for reliable, efficient, and non-destructive temporary bonding solutions remains constant. Heat release epoxy stands at the forefront, offering a sophisticated blend of performance, versatility, and ease of use. Whether in semiconductor fabrication, microelectronics assembly, or optical component manufacturing, this innovative adhesive plays a pivotal role in streamlining processes, enhancing productivity, and ensuring the integrity of high-value products. #ValtronEpoxyAdhesive #InnovatingChemicalExcellence

The global MLCC Mold Release Film market was valued at US$ 3227.9 million in 2023 and is anticipated to reach US$ 5173.1 million by 2030 witnessing a CAGR of 6.8% during the forecast period 20242030. #MLCC #MoldReleaseFilm #Automotive #ConsumerElectronics #Communication #Industrial #HighPerformance #Technology #Innovation #Growth

High performance plastics are lightweight, strong, and versatile. Some of the most specialised materials that have these characteristics are PEEK (polyether ether ketone) and PEI (polyetherimide). Used for components ranging from semiconductors to even aeroplane cabin panels, these plastics can withstand high temperatures and have excellent wear resistance. Protolabs - Europe have compiled the basics of these materials to help you understand if these are the plastics you need for your next application. 👉 https://okt.to/2ziQ6X #DigitalManufacturing #materials #injectionmoulding #CNCMachining #productdesign

🔋 Understanding the Difference: Polycrystalline vs. Monocrystalline PV Modules 🔋 Here’s a brief overview of the two main types of PV modules: polycrystalline and monocrystalline. Polycrystalline PV Modules: - Appearance: Typically blue with a distinctive speckled pattern. - Manufacturing: Made from silicon crystals that are melted and poured into a mold, then cut into wafers. - Efficiency: Generally have a lower efficiency compared to monocrystalline but are cost-effective. Monocrystalline PV Modules: - Appearance: Uniform black color, often considered more aesthetically pleasing. - Manufacturing: Composed of single, continuous silicon crystals, sliced into wafers. - Efficiency: Higher efficiency due to the purity of the silicon, often resulting in better performance in low-light conditions.

🔍 The Next Level of Thin Plies - Our Thermoplastic UD Tapes: FAW 40-80 gsm 🔍 Immerse yourself in the world of advanced materials and discover the latest innovation in thermoplastic UD (unidirectional) tapes, setting a new benchmark for industrial applications, where thin plies are required. Come and visit us at SAMPE in Long Beach booth B25. 🌱 Introducing FAW 40-80 gsm thin ply tapes with a resin content ranging between 35-45%. These materials promise unparalleled performance and versatility. Available in PA6, PA12, and PC formulations with options for other materials like PPS or PEEK upon request, these tapes meet diverse engineering needs. Key Features at a Glance: 🌀 Low Wrap and Down Web Undulation: The unique manufacturing process ensures minimal wrap and down web undulation, enhancing consistency and quality in end products. 🌀 Unparalleled Fiber Alignment: Achieving superior fiber alignment, these tapes deliver exceptional mechanical properties and structural integrity, ideal for demanding applications. 🌀 Outstanding Impact Resistance: Beyond strength, these tapes boast impact resistance, ensuring durability even in the face of sudden forces or crack propagation. 🌀 Extreme Strength: With a tensile strength of up to 3000 MPa, these tapes offer durability and resilience, making them suitable for high-stress environments. 🌀 Visual Appeal: Not just functional, these tapes resemble a "black carpet" with a sleek, professional appearance, making them visually striking in addition to their technical capabilities. 🔍 To highlight their remarkable thinness, consider this quote: "The tape is thinner than a human hair." This analogy underscores the extraordinary fineness of these advanced materials. 🌟💫 🌍 This development opens doors for groundbreaking solutions in industries such as aerospace, automotive, sports and beyond. 🔧🚀 #UDtapes #thinply #CompositeTechnology #Thermoplastics

Great News! I’m excited to share that ANYCHUCK🄬 has been featured in the latest issue of Ceramic Applications Magazine (2024-3)! 🎉 You can read the full article here: 👉 Ceramic Applications Current Issue ANYCHUCK🄬 is a groundbreaking solution for material handling, offering a type of innovation that hasn’t been seen before. Not only is it ideal for the semiconductor industry, but it also enables smooth handling of materials like film and paper. One of the most practical applications is in CMM measurement, where it excels at securely holding workpieces. Unlike traditional scroll chucks or clamps that involve contact with metal, ANYCHUCK🄬 allows for strong, damage-free fixation without any direct metal contact. This innovative tool is transforming how we approach material handling, and we are excited to see it making an impact across various industries! #ceramics #materialhandling #innovation #semiconductor #CMM #ANYCHUCK #precisionengineering #manufacturing #Chucking #CeramicApplications #NishimuraAdvancedCeramics

SNAPSIL™ High Strength RTVs that have met the MIL-A-46146 spec for decades Amid the current industry shortage for high strength RTVs, Momentive's SNAPSIL adhesives are time-tested industry solutions that can meet your design needs. RTV162 and RTV167 are versatile products used in aerospace, automotive, appliance, and other industries that incorporate electronic components into their finished products. Typical applications include electronic and integrated circuits, semiconductors, and copper connections. These adhesive sealants are one-component, ready-to-use, electronic grade silicones. They cure to a tough, resilient silicone rubber when exposed to atmospheric moisture at room temperature. RTV162 is a white paste, while RTV167 is a gray, high-strength paste. https://lnkd.in/eivd6Tng