JSW Cement

🚛 LAUNCHING OF TBR PREMIUM TYRES 🚛 Glad to share that we successfully organized a customer meet for the launch of our Premium Range in TBR Tyres, with participation from around 30 valued customers. During the session, we introduced the 295/80 R22.5 EnduRace RA2 & RAT and covered: ✅ Product Introduction ✅ Market Need & Demand ✅ Manufacturing Material & Composition ✅ Application & Performance ✅ Specifications & Overall Performance We also shared customer testimonials, addressed product-related queries, and discussed real market applications and performance expectations. ✨ Customer Response The interaction was highly positive, and customers showed strong trust and interest in the new product range for their upcoming requirements. The session was informative, engaging, and productive, with valuable discussions on general operational challenges and better application solutions. A big thanks to all customers and team members for making this launch event successful. #TBRTyres #PremiumTyres #CustomerEngagement #ProductLaunch #EnduRace #TeamKolhapur #TyreIndustry #BusinessGrowth

good article@Mintu I recommend a tripple blend mix with this combination Total cement content to be 420 to 460 kgs Best combination (balanced): OPC: 35% Fly ash: 35% GGBS: 30% This gives: Low heat generation Slower hydration (temperature control) Long-term strength gain or ggbs with 60 to 65 percent replacement Pre-Cooling (Mandatory) Chilled water (5–10°C) Flake ice (replace 30–50% of water) Shade aggregates ✔ Target fresh concrete temperature: 22–25°C Age Expected Strength 3 days-15–18 MPa 7 days- 25–30 MPa 28 day -40–48 MPa it is better to recommend 56 days compresive strength Sample Mix (Field Trial Ready) OPC: 160 kg Fly ash: 140 kg GGBS: 130 kg Water: 140 kg FA: 670 kg CA: 1150 kg Admixture: 0.8–1.2% It may work for areas like NCR

Very right post on making livable cities with derived climate actions for the sociaty Turning "dead zones" into "dynamic hubs"—that’s the future of urban design. Most cities view the spaces beneath flyovers as "urban voids"—dark, dusty areas relegated to illegal parking or waste. But as our cities densify, we can no longer afford to leave this land idle. Here is how we can reclaim these "leftover spaces" effectively and sustainably: 1. From Voids to Vibrant Hubs Effective reuse starts with community-centric design. We aren’t just "filling" space; we are solving urban problems: Recreational Zones: Transforming linear stretches into skating rinks, basketball courts, and jogging tracks. The Tulpule Flyover in Mumbai is a prime example, offering a safe haven for walkers in a congested neighborhood. Social Infrastructure: Creating designated zones for weekly markets, micro-libraries, or "outdoor rooms" for senior citizens and students. Last-Mile Mobility: Converting central pillars into organized e-rickshaw charging points or bicycle docking stations to bridge the gap between transit and home. 2. Boosting Urban Health with "Green Lungs" 🌿 Sustainability is the heartbeat of these transformations. Since these areas often lack direct sunlight, we must be strategic: Vertical Forests: Installing hydroponic green walls on pillars doesn’t just look good—it acts as a giant air filter. Climate Resilience: Replacing concrete with bioswales and permeable paving helps manage stormwater runoff, preventing the localized flooding that often plagues underpasses during monsoons. 3. Safety through Design (CPTED) 💡 A space is only effective if people feel safe using it. By applying Crime Prevention Through Environmental Design (CPTED) principles: Interactive Lighting: Using energy-efficient LEDs to turn dark corners into bright, welcoming public squares. "Eyes on the Street": Activating these zones with kiosks or sports ensures constant human presence, which naturally deters antisocial behavior. 4. The "Maintenance First" Mindset The biggest challenge isn’t building the park—it’s keeping it alive. Success stories like Surat’s multi-functional zones thrive because they use a Public-Private Partnership (PPP) model, where local businesses or CSR wings fund the upkeep in exchange for branding rights. The Bottom Line: Repurposing under-flyover spaces is a triple win: it improves mental health by providing open space, boosts environmental resilience, and increases property value. It’s time we stop looking at flyovers as just bridges and start seeing them as the ceiling for our next great public park. The new way of thinking has just started in Indian city corpoations and the city corporations have to multifly their efforts on a continuous basis to make our cities livable and sustainable

Very nice well articulated post on cement industry by Kallol Ghosh The demand for the cement will grow from retail segment to bulk cement segment in the coming years as there us spending of 1.75 trillion USD till 2030 on infrastructure segment in India. The pricing power will be the main determining lever for all the cement companies as the future demand will shift from retail sales to bulk infrastructure requirements

Working Principle of Hydraulic Proportional Valve In modern industrial systems, especially in applications requiring precise motion and force control, Hydraulic Proportional Valves play a critical role. Unlike conventional on/off valves, these valves provide continuous and precise control of flow or pressure based on an electrical input signal. 🔍 What is a Hydraulic Proportional Valve? A Hydraulic Proportional Valve converts an electrical signal (typically 4–20 mA or ±10V) into a proportional hydraulic output (flow or pressure). ⚡ Working Principle 👉 Step-by-step operation: 1️⃣ Electrical Input Signal A controller (PLC/DCS) sends an analog signal corresponding to the desired flow or pressure. 2️⃣ Solenoid Actuation The proportional solenoid generates a magnetic force proportional to the input signal. 3️⃣ Spool Movement This force moves the valve spool against a spring force. 4️⃣ Flow Regulation Spool position determines the opening of flow paths, controlling: Flow rate Direction (in directional valves) Pressure (in pressure control valves) 5️⃣ Feedback Mechanism (Closed Loop) In advanced valves, position feedback (LVDT) ensures: High accuracy Repeatability Stability 🎯 Why It Matters in Industry ✔ Smooth and precise control (no sudden jerks) ✔ Energy-efficient operation ✔ Better process control and automation ✔ Reduced mechanical stress on equipment 🏭 Applications in Cement Plants Clinker cooler hydraulics Roller press & hydraulic tensioning Vertical roller mill (VRM) pressure control ⚠️ Practical Insights 🔹 Oil cleanliness is critical (NAS/ISO standards) 🔹 Proper filtration extends valve life 🔹 Electrical noise can affect signal accuracy 🔹 Regular calibration ensures performance 🚨 Final Thought “Hydraulic proportional valves bridge the gap between electrical control and hydraulic power with precision.” They are not just valves—they are key enablers of advanced automation and process stability. #Hydraulics #Instrumentation #Automation #CementPlant #IndustrialAutomation #ControlSystems #Engineering #ProcessControl #Maintenance