Leak Test for Electric Vehicle Batteries – Precision Solutions by Helim The global shift toward electric mobility has created new challenges for the automotive industry. At the center of this transition is the electric vehicle (EV) battery. These high-voltage batteries are not only the most valuable component of an EV, but they are also the most sensitive. Their performance, reliability, and safety depend on the integrity of the battery housing and cooling circuits. Even the smallest leak can lead to dangerous malfunctions, reduced service life, or complete failure. To prevent such risks, manufacturers need accurate, reliable, and efficient methods of detecting leaks during production and quality control. This is where Helim’s precision leak testing solutions play a decisive role. By offering state-of-the-art technologies specifically designed for EV battery applications, Helim supports the automotive industry in meeting strict safety and performance standards. Why Leak Testing Is Essential for EV Batteries Leak testing is more than a quality assurance step. It is a safety requirement. EV batteries are exposed to demanding conditions such as temperature fluctuations, vibrations, humidity, and pressure variations. Any weakness in the battery housing or coolant system can result in: Moisture intrusion: Water ingress can cause short circuits and irreversible damage. Coolant leakage: Loss of coolant impacts thermal management and increases fire risk. Gas leakage: Escaping gases from cells can create hazardous conditions. Loss of performance: Reduced insulation and pressure levels lower energy efficiency. Regulations and standards in the EV industry require manufacturers to ensure that every battery leaving the production line is leak-free. This calls for test systems that are not only highly accurate but also suitable for large-scale production. Key Requirements for Battery Leak Testing Leak testing of EV batteries is a complex process because of the wide variety of designs, materials, and sealing technologies. Some of the critical requirements include: High Sensitivity – Detection of micro-leaks as small as a few cubic centimeters per minute. Repeatability – Stable results under different production conditions. Non-destructive testing – The battery housing or module must remain undamaged. Cycle Time Efficiency – Fast testing to match modern production line speeds. Flexibility – Adaptable systems for different battery designs and assembly stages. Helim’s leak testers are developed to meet all of these requirements, making them an ideal choice for OEMs and suppliers in the EV sector. Helim’s Precision Leak Testing Solutions Helim provides advanced leak detection technologies that combine sensitivity, reliability, and efficiency. The company’s systems are tailored to the unique demands of EV battery production. 1. Helium Leak Testing Helium is the industry standard for high-accuracy leak detection. It is safe, inert, and allows for extremely precise measurements. Helim’s helium-based systems can detect the smallest leaks in complex battery housings and cooling circuits. This method is particularly effective for: Battery enclosures with large surface areas. Modules with intricate cooling channels. Applications where micro-leak detection is mandatory. 2. Differential Pressure Testing For many applications, differential pressure testing is a cost-effective and efficient method. By monitoring pressure variations inside the test object, Helim systems can quickly identify leaks. This technology is ideal for high-volume production lines where speed is crucial. 3. Mass Flow Testing When continuous monitoring of flow integrity is required, Helim’s mass flow testers provide reliable results. This method ensures that any deviation in flow rates caused by leaks is detected with high accuracy. Benefits of Helim Leak Testers Helim’s technology is designed not only to meet regulatory standards but also to improve production efficiency. The main benefits include: Precision – Detection of even the smallest leaks ensures maximum battery safety. Reliability – Consistent results across multiple test cycles. Adaptability – Suitable for different battery sizes, shapes, and configurations. Cost-effectiveness – Reduced waste, fewer recalls, and optimized test cycles. Integration capability – Seamless implementation in automated production lines. With Helim’s solutions, manufacturers can ensure that every EV battery meets the highest safety and performance standards before it reaches the market. Applications in the EV Industry Helim’s leak testers are used in several key stages of EV battery production: Battery Housing Testing Ensures that the battery enclosure is airtight and resistant to external factors like dust and moisture. Cooling Circuit Testing Verifies the integrity of the battery’s thermal management system, preventing coolant leaks. Module and Pack Assembly Testing Confirms that seals, connectors, and joints remain leak-free after assembly. End-of-Line Testing Guarantees that the finished battery pack is compliant with safety standards and ready for installation. Meeting Global Standards Helim’s precision leak testing systems help manufacturers comply with international regulations and standards, including: ISO 6469 – Safety requirements for rechargeable energy storage systems in EVs. UN ECE R100 – Specific regulations for the safety of battery-powered vehicles. OEM-specific standards – Tailored testing protocols defined by leading car manufacturers. By using Helim systems, automotive companies can meet these requirements with confidence. The Role of Leak Testing in EV Safety Battery safety is one of the most important factors influencing consumer trust in electric vehicles. Incidents involving battery failures or fires can seriously damage brand reputation. Reliable leak testing helps manufacturers: Prevent hazardous malfunctions. Extend the service life of batteries. Improve energy efficiency and performance. Ensure compliance with strict legal requirements. As the demand for EVs grows, the role of advanced leak testing will only become more important. Helim provides the tools and expertise that manufacturers need to achieve this. Why Choose Helim Helim is more than a technology provider. The company combines engineering know-how with decades of experience in precision testing. By working closely with automotive manufacturers, Helim delivers customized solutions that fit seamlessly into existing production lines. Key reasons to partner with Helim: Industry Expertise – Deep knowledge of EV battery applications. Cutting-Edge Technology – Continuous innovation in leak detection methods. Custom Solutions – Systems tailored to specific production needs. Global Support – Reliable service and training worldwide. Future of Leak Testing in EV Manufacturing As battery technology evolves, testing requirements will also change. Next-generation batteries with higher energy density, new cooling concepts, and lighter housings will require even more sensitive leak detection. Helim is actively developing solutions that anticipate these future needs, ensuring that manufacturers stay ahead of regulatory and safety challenges. Leak testing is a critical step in the production of electric vehicle batteries. It safeguards performance, ensures compliance with safety standards, and protects passengers from potential hazards. With its precision leak testing solutions, Helim offers manufacturers the tools they need to meet these challenges effectively. By combining accuracy, efficiency, and adaptability, Helim supports the automotive industry in delivering safe, reliable, and high-performance EV batteries. In a world moving rapidly toward electrification, Helim stands as a trusted partner for precision leak testing. 👉 Visit Helim for more information: @https://helim.eu/en/

UAE Pigments Market Size, Trends, Growth, and Strategic Outlook 2025-2032 The UAE Pigments Market is witnessing steady momentum driven by expanding end-use sectors and evolving market dynamics. With rising demand from construction, automotive, and consumer goods segments, the UAE pigments market plays a vital role in regional industrial development while navigating regulatory and competitive challenges that shape business growth and market opportunities. Market Size and Overview The UAE Pigments Market is estimated to be valued at USD 50.0 Mn in 2025 and is expected to reach USD 62.8 Mn by 2032, growing at a compound annual growth rate (CAGR) of 3.3% from 2025 to 2032. This growth reflects robust market drivers, including increasing industrialization and infrastructure projects across the UAE, fueling higher consumption of pigments in paints, coatings, and plastics. The market report highlights ongoing technological advancements and strategic initiatives by market companies aiming to capitalize on the rising industry size and evolving market share dynamics both locally and internationally. Use Case Scenarios - Construction Sector Innovation: In 2024, a leading UAE-based construction conglomerate integrated high-performance pigments to enhance durability and aesthetic appeal in large-scale building facades, significantly reducing maintenance cycles and improving energy efficiency. - Automotive Industry Application: Several automotive manufacturers boosted the adoption of eco-friendly organic pigments for vehicle coatings, improving regulatory compliance while enhancing product differentiation in 2025. - Consumer Goods Enhancement: Cosmetics producers utilized specialized pigments from market players like Sensient Cosmetic Technologies in premium product lines, catering to growing consumer demands for vibrant and safe coloring agents, leading to notable market revenue growth. Policy and Regulatory Impact - The UAE government’s 2024 Green Building Standards mandate the use of environmentally compliant pigment formulations in construction materials, driving innovation and market restraints in non-compliant segments. - Emirates Authority for Standardization introduced updated pigment safety and labeling regulations in early 2025, enhancing product traceability and consumer protection. - International trade agreements signed in 2024 streamlined pigment import-export protocols, expanding market scope and cross-border business growth for market players operating in and from the UAE. Key Players Prominent market companies driving the UAE pigments market include Sensient Cosmetic Technologies, BASF FZE, The Chemours Company, LANXESS Corporation, and PPG Industries, Inc. Strategic activities observed in 2024-2025: - BASF FZE expanded its production capacity in the UAE in 2025, leveraging improved supply chain efficiency to capture increased market share. - The Chemours Company secured regulatory approval for a new line of sustainable pigment products compliant with UAE environmental standards, enhancing market forecast prospects. - PPG Industries, Inc. formed a regional partnership to target burgeoning pigment applications in aerospace and defense sectors, unlocking new market opportunities. ‣ UAE Pigments Market: https://www.coherentmi.com/industry-reports/united-kingdom-makeup-packaging-market

Philippines Electrical Steel Market Size, Trends, and Growth Analysis 2025-2032 The Philippines electrical steel market reflects dynamic shifts shaped by evolving industrial demands and strategic infrastructural investments. This industry stands at the confluence of expanding electrical equipment manufacturing and renewable energy infrastructure, driving notable industry size expansion and business growth. Understanding market trends and drivers is crucial for seasoned players seeking to capitalize on emerging opportunities and address inherent market challenges. Market Size and Overview The Philippines Electrical Steel Market Report is estimated to be valued at USD 109.0 Mn in 2025 and is expected to reach USD 160.7 Mn by 2032, growing at a CAGR of 5.7% from 2025 to 2032. This market forecast reflects heightened demand for electrical steel in transformers, motors, and automotive applications fueled by the country’s growing industrial base and electrification efforts. Key market drivers include increasing adoption of energy-efficient technologies and growth in electrical equipment manufacturing sectors. Concurrently, market restraints such as raw material fluctuations persist as challenges, influencing industry share inward dynamics. Use Case Scenarios - Renewable Energy Infrastructure Expansion: Recently, several power generation companies in the Philippines integrated high-grade electrical steel in transformer and generator cores, enhancing efficiency by up to 15% according to 2024 deployment reports. This integration has improved grid stability and reduced energy losses. - Automotive Sector Electrification: Leading automotive manufacturers incorporated electrical steel for electric motor components, achieving operational benefits including lower core losses and increased thermal performance. These developments accelerated product rollout and market traction in the last 12 months. - Industrial Electrical Equipment Manufacturing: In 2025, major industrial players leveraged advanced electrical steel grades to reduce operational downtime and maintenance costs in manufacturing plants, underscoring the material’s impact on factory automation and energy management. Policy and Regulatory Impact - The Philippines government launched the Renewable Energy Act Revision in 2024, fostering stronger incentives for energy-efficient equipment, directly spurring demand for electrical steel components. - Introduction of stricter Electrical Equipment Efficiency Standards in early 2025 has influenced market growth by compelling manufacturers to source higher-grade electrical steel, enhancing product reliability and energy conservation. - Compliance with updated ASEAN harmonized product regulations has created both opportunities and market restraints by raising entry barriers but also promoting quality standards, thus shaping the market scope and revenue prospects. Key Players The Philippines electrical steel market comprises prominent market companies including: - Nippon Steel Corporation - JFE Steel Corporation - Posco International - Voestalpine AG - ArcelorMittal ‣ Philippines Electrical Steel Market: https://www.coherentmi.com/industry-reports/philippines-electrical-steel-market

Kingnode Filament Tapes: Powering Performance in the Automotive Industry In the demanding world of automotive production and repair, strength and precision are key—even in the tapes used throughout the process. Kingnode filament tapes, engineered with reinforced fibers and superior adhesion, are proving indispensable. From securing components to bundling wiring, these tapes ensure reliability where it matters most. Let’s explore how Kingnode filament tapes are driving efficiency and durability in the automotive sector. What Makes Filament Tapes Essential? Filament tapes stand apart from conventional adhesives. Reinforced with fiberglass or synthetic fibers, they deliver outstanding tensile strength and tear resistance. Kingnode takes this further by developing tapes that maintain their grip under extreme conditions—high temperatures, heavy loads, and constant vibrations. This makes them a trusted choice for automotive manufacturers and repair professionals. Key Applications in Automotive Work Here’s how Kingnode filament tapes are making an impact: Wire Bundling & Harnessing: Modern vehicles contain complex wiring systems. Kingnode filament tapes keep wires secure, organized, and protected against abrasion and heat. Part Positioning During Assembly: Heavy components like panels and trim require precise placement. Kingnode tapes provide a strong yet temporary hold, streamlining assembly processes. Structural Reinforcement: Lightweight vehicle materials benefit from extra support. These tapes reinforce stress points without adding unnecessary weight. Heavy-Duty Packaging: Automotive parts like bumpers and engines need secure transit. Kingnode filament tapes provide strong strapping, ensuring damage-free delivery. Why Kingnode Stands Out Kingnode filament tapes are built to withstand the toughest automotive conditions: Extreme Temperature Resistance – Effective in both high-heat engine areas and freezing storage environments. Superior Tensile Strength – Fiberglass reinforcement provides unmatched durability under stress. Multi-Surface Adhesion – Strong grip on metal, plastic, and rubber, even in challenging conditions. Enhancing Efficiency Across the Industry Imagine an automotive assembly line operating seamlessly—wiring harnesses secured, panels held in place, and critical parts transported safely, all thanks to Kingnode filament tapes. Whether in manufacturing or repair, these tapes play a crucial role in improving efficiency, safety, and durability. Get the Kingnode Advantage Kingnode is not just meeting industry demands—it’s setting new standards for performance and reliability. Ready to enhance your automotive operations? Visit Kingnode’s website(https://kingnodetech.com/) and discover their full range of high-performance filament tapes.

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