Gateway Electronic Components is pleased to announce that we have entered a franchise agreement with MMG , a trusted name in magnetic materials. This partnership marks an important expansion of our magnetic product portfolio, allowing us to source and supply MMG’s high-performance soft ferrites directly to our customers. This agreement builds on our long-standing partnerships with Ferroxcube, Fair-Rite, Magnetics Inc., TDK and Magnetec , reinforcing Gateway’s position as a trusted supplier of magnetic materials and custom ferrite solutions. Together, these alliances enable us to offer one of the most comprehensive ranges of soft ferrite and nanocrystalline products available. By distributing MMG products, Gateway strengthens its ability to support designers and manufacturers with tailored magnetic solutions for applications including power conversion, signal filtering, and electromagnetic interference suppression . Customers now benefit from streamlined access to MMG’s globally recognised range of high-performance products, supported by Gateway’s responsive service, engineering expertise, and reliable supply chain.This collaboration allows Gateway to provide customers with innovative solutions in automotive electronics, renewable energy technologies, industrial automation, and consumer electronics , helping businesses meet evolving technical and market demands. About MMG MMG, part of the Delta Magnets Group, is a leading global manufacturer of permanent magnets, soft ferrites, magnetic assemblies, and precision-engineered components. MMG combines advanced materials science with state-of-the-art manufacturing to deliver reliable, high-performance magnetic solutions for diverse industries. Learn more at www.deltamagnetsgroup.com/mmgindia . For more information or to discuss your requirements, please contact your Gateway Electronic Components representative or email [email protected]  or call +44 (0)1270 615 999 .

Welcome to our comprehensive guide on how the Internet of Things (IoT) is helping to evolve the construction industry. In this blog, we will delve into the concept of IoT, highlight the shortcomings of traditional construction methods, and explore the innovative applications of IoT that are transforming construction practices. Whether you're a construction professional, a tech enthusiast, or just curious about the future of construction, this guide will provide valuable insights into the dynamic world of IoT in construction. What is IoT? The Internet of Things, commonly referred to as IoT, is a network of interconnected devices that communicate and exchange data with each other over the internet. These devices, equipped with sensors and software, collect and share real-time data, enabling smarter decision-making and automation across various industries. In construction, IoT plays a crucial role in enhancing efficiency, safety, and productivity by connecting machines, tools, and workers to a centralised system. The Downfalls of Traditional Construction Methods Traditional construction methods, while proven and reliable, often come with several limitations that hinder productivity and safety. Some of the common challenges include: Inefficiency: Manual processes and paperwork slow down project timelines and increase the risk of errors. Safety Risks: Construction sites are hazardous environments, and traditional methods lack advanced safety monitoring systems. Resource Management: Ineffective tracking of materials and equipment leads to wastage and increased costs. Limited Visibility: Project managers often struggle with a lack of real-time visibility into site activities, resulting in delays and miscommunication. IoT addresses these challenges by introducing innovative solutions that streamline operations and enhance overall project performance. Building Information Modelling (BIM) & Digital Twins Building Information Modelling (BIM) and Digital Twins are game changers in construction. BIM involves creating a digital representation of a building's physical and functional characteristics. Digital Twins take this a step further by creating a real-time digital counterpart of physical assets. Enhanced Planning BIM provides a comprehensive 3D model that includes details about the geometry, spatial relationships, geographic information, and quantities and properties of building components. This enables precise planning and minimises errors during construction. Digital Twins use real-time data from sensors to monitor the physical asset's condition, providing continuous feedback for better decision-making.   By using BIM, construction teams can visualise the entire project before breaking ground, identifying potential issues early. This leads to more accurate cost estimates and timelines. Digital Twins allow for continuous updates, reflecting any changes made during the construction process, ensuring the digital model is always up to date. Real-Time Monitoring Digital Twins allow for real-time monitoring of construction progress and structural integrity. By simulating different scenarios, they can predict potential issues and optimise construction schedules. This proactive approach helps in maintaining project timelines and budgets.   With Digital Twins, project managers can monitor site conditions and the performance of various elements of the structure remotely. This means that potential problems can be addressed immediately, reducing the risk of costly delays and rework. The continuous feedback loop ensures that the construction project remains on track. Resource Optimisation With accurate data from BIM and Digital Twins, resource allocation becomes more efficient. This reduces waste and ensures that materials and labour are used effectively. For example, if a specific part of the construction is delayed, resources can be redirected to other tasks without wasting time or materials.   Efficient resource management not only cuts costs but also reduces the environmental impact of construction activities. By knowing exactly when and where materials are needed, the construction team can minimise excess orders and reduce waste. This leads to a more sustainable construction process.   Explore more about BIM and Digital Twins in construction . Smart Concrete Curing Concrete curing is a critical process in construction, impacting the durability and strength of structures. IoT-enabled sensors provide real-time data on concrete conditions. Quality Assurance IoT sensors embedded in the concrete measure temperature, humidity, and other environmental factors. This ensures that the curing process occurs under optimal conditions, preventing issues like cracking and uneven strength distribution.   These sensors provide data that can be monitored remotely, allowing project managers to ensure the concrete is curing correctly without needing to be on-site. This continuous monitoring helps in maintaining the structural integrity of the concrete, leading to safer and more durable buildings. Time Efficiency Real-time data from sensors allows for precise scheduling of subsequent construction activities. If the sensors detect that the concrete has cured faster or slower than expected, the construction schedule can be adjusted accordingly. This reduces delays and keeps the project on track.   By accurately predicting the curing times, project managers can schedule follow-up work more efficiently, ensuring that there are no unnecessary delays. This leads to smoother project timelines and more reliable completion dates. Reduced Costs Proper curing is essential to avoid structural failures and rework. By ensuring that the concrete cures correctly the first time, IoT sensors minimise the risk of expensive repairs and rework. This leads to significant cost savings over the course of a project.   Preventing structural issues from the outset saves both time and money. Additionally, by avoiding rework, projects can be completed faster, leading to further cost savings and allowing for quicker handover to clients.   Discover how Smart Concrete Curing is reshaping construction. Health & Safety Innovations IoT significantly enhances health and safety measures on construction sites. Wearable Technology Wearable devices equipped with sensors can monitor workers' vital signs, detect falls, and alert supervisors to potential health issues. These devices can also track workers' locations, ensuring they are safe and accounted for at all times.   Wearables can also monitor environmental conditions, such as temperature and humidity, providing alerts if conditions become unsafe. This real-time data helps in preventing accidents and ensuring a safer working environment. Safety Sensors Sensors placed around the construction site can detect unsafe levels of gases, structural weaknesses, and other potential dangers. For example, sensors can monitor air quality and alert workers if levels of hazardous substances, such as carbon monoxide, exceed safe limits.   These sensors provide continuous monitoring of the site, ensuring that any potential hazards are detected immediately. This allows for quick action to be taken, preventing accidents and ensuring the safety of all workers on site. Emergency Response In the event of an accident, IoT devices can automatically trigger emergency protocols. This includes alerting medical personnel, shutting down dangerous equipment, and guiding workers to safe zones. The immediate response helps mitigate injuries and saves lives.   By having a system in place that can react immediately to accidents, the impact of such incidents can be minimised. Quick response times are crucial in emergency situations, and IoT technology ensures that help is always just a button press away.   Learn about the latest Health & Safety Innovations driven by IoT . Remote Surveillance & Construction Site Monitoring IoT facilitates remote surveillance and real-time monitoring of construction sites. Drones and Cameras High-definition cameras and drones provide comprehensive surveillance of construction sites. They can capture images and videos from various angles, offering a detailed view of the progress and identifying potential issues.   Drones can cover large areas quickly, providing a bird’s-eye view of the site. This allows for regular inspections without the need for physical presence, saving time and reducing the risk to personnel. Activity Monitoring IoT sensors and cameras track the progress of tasks and adherence to schedules. This data can be analysed to ensure that milestones are being met and to identify any bottlenecks in the workflow.   By continuously monitoring the site, project managers can ensure that work is progressing as planned. Any delays or issues can be identified and addressed immediately, ensuring that the project stays on track. Theft Prevention Construction sites are often targets for theft and vandalism. IoT-enabled surveillance systems can monitor equipment and materials, providing real-time alerts if unauthorised access is detected. This helps in preventing losses and ensuring site security.   Real-time monitoring and immediate alerts ensure that any suspicious activity is detected immediately, allowing for quick response and minimising losses. This leads to safer and more secure construction sites.   Read more about the benefits of Remote Surveillance and Site Monitoring . Tool & Equipment Tracking Efficient tool and equipment management is crucial for minimising delays and optimising resource use. Real-Time Location GPS and RFID tags attached to tools and equipment enable real-time tracking. This ensures that workers can quickly locate the tools they need, reducing downtime and improving productivity.   Knowing the exact location of every tool and piece of equipment at all times reduces the risk of loss and ensures that workers spend less time searching for what they need, allowing them to focus on their tasks. Usage Monitoring IoT devices can monitor how and when tools are used. This data helps in scheduling regular maintenance, preventing unexpected breakdowns, and ensuring that tools are used properly and safely.   By monitoring usage patterns, project managers can ensure that tools are always in good working condition and that they are being used correctly. This leads to longer tool lifespans and reduces the risk of accidents. Just-in-Time Supply IoT can streamline the supply chain by ensuring materials and tools are available precisely when needed. This reduces inventory costs and prevents delays caused by material shortages.   Just-in-time supply systems ensure that materials are only delivered when they are needed, reducing the need for large on-site inventories and minimising waste. This leads to more efficient use of resources and reduced costs.   Dive into the advantages of Tool and Equipment Tracking with IoT. Predictive Maintenance & Remote Machine Management Predictive maintenance and remote machine management are pivotal in reducing downtime and extending the lifespan of construction equipment. Predictive Analytics IoT sensors collect data on equipment performance, which is analysed to predict potential failures before they occur. This proactive approach allows for maintenance to be scheduled at optimal times, minimising disruptions.   By predicting when maintenance is needed, project managers can avoid unexpected breakdowns, ensuring that equipment is always available when needed. This leads to smoother project timelines and fewer delays. Remote Diagnostics Technicians can remotely access equipment data to diagnose issues. This reduces the need for on-site visits, speeding up the repair process and reducing labour costs.   Remote diagnostics allow for quick identification and resolution of issues, minimising downtime and reducing the cost of repairs. This leads to more efficient maintenance processes and ensures that equipment is always in good working condition. Cost Savings By preventing unexpected breakdowns and optimising maintenance schedules, IoT helps in reducing repair costs and extending the lifespan of equipment. This leads to significant cost savings over time.   Efficient maintenance processes ensure that equipment lasts longer and performs better, reducing the need for expensive replacements. This leads to lower overall costs and more efficient use of resources.   Find out more about Predictive Maintenance and Remote Management . Waste & Fuel Management IoT helps in efficient waste management and fuel consumption monitoring, contributing to sustainable construction practices. Waste Reduction Sensors can monitor waste production and facilitate recycling and efficient disposal. This reduces the environmental impact of construction activities and ensures compliance with regulations.   By monitoring waste levels, project managers can ensure that waste is disposed of correctly and that recycling opportunities are maximised. This leads to more sustainable construction practices and reduces the environmental impact of construction activities. Fuel Monitoring IoT devices track fuel usage in real-time, preventing wastage and optimising consumption. This not only reduces costs but also minimises the environmental footprint of construction projects.   Efficient fuel management ensures that construction equipment is always running at peak efficiency, reducing emissions and lowering fuel costs. This leads to more sustainable construction practices and reduces the environmental impact of construction activities.   Explore how IoT aids in Waste and Fuel Management for sustainable construction . IoT - Embracing the Future of Construction The integration of IoT in the construction industry is not just a technological advancement but a necessity for modernising processes, enhancing safety, and improving overall efficiency. As we continue to explore and adopt these innovations, the future of construction looks smarter, safer, and more sustainable.   For detailed insights on each of these topics, follow the links provided. Embrace the future of construction with IoT and stay ahead in the industry!

The construction industry is a cornerstone of modern society, responsible for building the infrastructure that supports our daily lives. However, this essential sector is also a major contributor to environmental issues, notably through the generation of construction waste and the consumption of fuel. Managing these aspects efficiently is crucial not only for cost control but also for sustainability. The Internet of Things (IoT) is a technology that can change how waste and fuel are managed within construction. This article explores how IoT can be used to enhance processes, making construction sites more efficient, cost-effective, and environmentally friendly. Understanding Waste and Fuel Management in Construction Construction Waste and Its Impact Construction waste comprises a variety of materials, including concrete, wood, metals, glass, and plastics, generated during the construction, renovation, and demolition of buildings. Poor management of this waste not only leads to significant environmental harm, but also increased project costs and regulatory issues. Effective waste management involves reducing, reusing, and recycling materials to minimise the amount of waste sent to landfills.   In addition to the environmental impact, construction waste can also have financial implications. Disposing of waste in landfills is expensive and subject to increasing regulatory scrutiny. By implementing effective waste management practices, construction companies can reduce disposal costs and avoid potential fines for non-compliance with environmental regulations. Importance of Fuel Management Fuel is a critical resource for construction sites, powering machinery, vehicles, and generators. Efficient fuel management is vital for maintaining operational efficiency, reducing costs, and minimising environmental impact. Mismanagement of fuel can lead to wastage, increased emissions, and higher project costs.   Fuel management involves monitoring and controlling the consumption, storage, and delivery of fuel. This includes tracking fuel usage by different pieces of equipment, ensuring proper storage conditions to prevent contamination, and optimising fuel delivery schedules to avoid downtime. Challenges in Managing Waste and Fuel The construction industry faces several challenges in managing waste and fuel, including: Volume and Diversity: The sheer volume and variety of waste materials make separation and recycling difficult. Construction projects generate different types of waste at various stages, requiring careful planning and management. Monitoring and Tracking: Keeping track of fuel usage and waste generation in real-time is challenging with traditional methods. Manual tracking is time-consuming, prone to errors, and does not provide the real-time insights needed for proactive management. Regulatory Compliance: Adhering to environmental regulations requires accurate reporting and efficient waste management practices. Construction companies must ensure compliance with local, national, and international regulations, which can be complex and vary by region. What is IoT and How Does it Apply to Construction? Introduction to IoT The Internet of Things (IoT) refers to a network of interconnected devices that communicate and exchange data over the internet. These devices include sensors, software, and other technologies that enable the collection and analysis of data in real-time.   IoT is transforming various industries by providing real-time insights, improving efficiency, and enabling data-driven decision-making. In construction, IoT can be used to monitor and manage various aspects of a project, from equipment performance to environmental conditions. How IoT Works IoT devices are equipped with sensors that capture data from their surroundings. This data is then transmitted to a central system where it is analysed to provide actionable insights. In the context of construction, IoT can monitor various parameters such as waste generation, fuel consumption, equipment performance, and environmental conditions.   For example, sensors installed on waste bins can detect when the bins are full and send alerts for timely collection. Similarly, sensors on fuel tanks can monitor fuel levels and usage patterns, providing insights into consumption rates and identifying potential issues such as leaks or theft. Relevance of IoT to the Construction Industry The construction industry can greatly benefit from IoT by gaining real-time visibility into operations, improving efficiency, and reducing waste. IoT enables construction managers to make data-driven decisions, optimise resource utilisation, and enhance project sustainability.   By integrating IoT into construction projects, companies can achieve the following benefits: Enhanced Efficiency: Real-time monitoring and data analysis enable more efficient use of resources, reducing waste and improving overall project efficiency. Cost Savings: By optimising waste management and fuel consumption, construction companies can reduce costs associated with disposal, fuel purchases, and equipment maintenance Sustainability: IoT helps construction companies reduce their environmental impact by minimising waste generation, optimising recycling efforts, and reducing fuel consumption and emissions. Benefits of Using IoT for Waste Management Real-Time Monitoring of Waste Generation and Disposal IoT sensors can be installed on construction sites to monitor waste bins and containers in real-time. These sensors provide data on fill levels, types of waste, and disposal frequencies. This real-time monitoring helps in identifying waste generation patterns and optimising waste collection schedules, reducing overflow and ensuring timely disposal.   Real-time data allows construction managers to respond quickly to waste management issues, such as overflowing bins or incorrect waste separation. This proactive approach helps prevent environmental contamination and ensures compliance with waste management regulations. Optimisation of Waste Separation and Recycling Processes IoT can enhance waste separation by providing detailed insights into the composition of waste streams. This data allows construction managers to implement more effective recycling programs, ensuring that materials such as metals, plastics, and concrete are properly sorted and recycled. Additionally, IoT can help in tracking the lifecycle of recyclable materials, ensuring they are reused effectively.   For example, sensors can detect the presence of recyclable materials in mixed waste streams, prompting workers to separate these materials for recycling. IoT-enabled sorting systems can also automate the separation process, improving accuracy and efficiency. IoT Solutions for Fuel Management in Construction Overview of IoT-Based Fuel Monitoring Systems IoT-based fuel monitoring systems utilise sensors and telemetry devices to track fuel levels, consumption rates, and refuelling activities in real-time. These systems can be installed on construction vehicles, machinery, and generators, providing comprehensive insights into fuel usage.   Fuel monitoring systems typically include fuel level sensors, flow meters, and GPS tracking devices. These components work together to provide real-time data on fuel consumption, location, and usage patterns. Benefits of Real-Time Fuel Consumption Tracking and Analysis Real-time tracking of fuel consumption enables construction managers to identify inefficiencies and potential issues such as fuel theft or leakage. By analysing fuel usage patterns, managers can optimise fuel consumption, reduce wastage, and lower operational costs. Additionally, real-time data can help in planning fuel deliveries more accurately, ensuring that projects are not delayed due to fuel shortages.   For example, IoT sensors can detect unusual fuel consumption patterns that may indicate a leak or unauthorised usage. Alerts can be sent to managers, allowing them to take immediate action to address the issue. Over time, data analysis can reveal trends and insights that help optimise fuel usage across multiple projects. Modernising Construction with IoT The integration of IoT into waste and fuel management processes is essential for modern construction sites. IoT offers significant benefits, including real-time monitoring, improved efficiency, cost savings, and enhanced sustainability. By adopting IoT solutions, construction companies can address the challenges of waste and fuel management, comply with regulatory requirements, and contribute to a more sustainable future.

MMG India Pvt Ltd manufactures soft ferrites for a wide range of cores - POT, RM, E, ETD, EP, Balun and Toroidal, as well as beads and rods. Nanoperm LA Nanoperm® Line Absorbers, NaLA®, are the perfect addition to our CoolBlue® toroidal cores for use in inverter motor systems. Symmetrical interference currents are also significantly suppressed when combined with CoolBlue® toroidal cores. This substantially extends the service life of the motor. Nanoperm LA Nanoperm LM Nanoperm® LM cores (µnom = 1,000-8,000) offer significant benefits over established ferrite materials, particularly when used where there is a high incidence of asymmetrical interference currents, such as in frequency converters. Nanoperm LM Nanoperm LC Nanoperm® LC toroidal cores are affordable cores for the manufacture of single or multi-phase current-compensated EMC chokes. Thanks to the square core cross-section, maximum attenuation is achieved with minimal material use. They are thus an excellent alternative to existing ferrite-based solutions. Nanoperm LC Pot Cores As pot cores are one of the oldest core designs. They are available in a wide range of worldwide standardized sizes - according to IEC 62317-2. Originally produced for filter inductors. pot cores are becoming increasingly popular in power applications. With the introduction of EMC legislation, electromagnetic screening has become a prime concern in core selection. The pot core's shape almost completely encloses the windings and whilst this can be a hindrance for access purpose, it provides excellent screening. 4 Slot Pot Cores MMG India offer a wide range of 4 Slot Pot cores based on the old 'VlNKOR' series. The cores are supplied gapped to an effective permeability range and are adjustable for tuned filters up to 5MHz. The larger cross-sectional area offered by the 4 Slot range allows for a higher power setting than the conventional 2 Slot version. Also with the advantage of 2 more slots they can be used in applications where 1/2 and 1/4 turns are required. A full range of bobbins and mounting assemblies are also available. Wide Slot Core These cores are used extensively in telecommunications and converter power supply circuits. The wide slot in the lower half of the assembly enables a large number of connections to be brought out. These cores are also referred to as Touch Tone (TT) pot cores as were originally designed for push-button telephone sets. RM Cores RM cores arose due the demand for the coil formers with integrated pins that allows for efficient winding and high PCB packing densities. Clamps engaging in recesses in the core base hold the cores place, meaning glue is not normally required in this process All the cores adhere to specifications laid down in IEC 62317-4 and in DIN 41980. EE Cores EE Cores were one of the first ferrite cores to be manufactured, being derived from their respective iron lamination size. Having rectangular limbs they are relatively easy to manufacture and as such a vast range exists in the marketplace. MMG-India's range reflects a selection of cores that have become, over many years, worldwide standards through continued use. E cores are particularly suitable for power transformers and filters at low frequencies. They are not suitable in high frequency applications as the rectangular centre limb leads to higher leakage inductance and winding resistance. EE cores are available in a range of sizes and materials as per IEC 62317-8 Planar E Cores Many new electronics equipment will use switched mode power supplies where the voltage transformation unit is integrated on a circuit card. As cards may be racked with minimal clearances. low profile components are necessary. Planar assemblies differ radically from conventional transformers as wire windings are replaced by stacks or flat spiral laminations. In some cases the winding can be replaced by printing circuit tracks, with the E core inserted through the board. The planar E core's low profile shape and ease of construction offers significant advantages including: Fast error-free winding; excellent heat sinking properties and efficient repeatable performance at low cost. All the cores adhere to specifications laid down in IEC 62317-9 Planar ER Cores MMG India offers low profile ER cores for SMD transformer application in power, signal and high permeability grades and these cores can also be gapped to suit customer requirements. Key features are; Very low total height, Low stray inductance, and High DC magnetic bias. Suitable applications are; Low power DC-DC converters, Pulse transformers, Broadband transformers, and Driver transformers. Planar ER cores are available in a range of sizes and materials as per IEC62317-9 ETD Cores ETD (Economical Transformer Design) cores were developed specifically for Power Transformer cores used in Switched Mode power supplies. The combined cross-sectional area of the two outer limbs equals the cross-sectional area of the centre limb allowing an even flux distribution throughout the core. This ensures the absence of localised 'hot spots' that can reduce performance at high frequencies or high flux levels. Their round centre limb provides for minimal winding resistance, leakage inductance and copper eddy current losses. ETD Cores are available in a range of sizes and materials as per IEC 62317-6 together with their associated coil formers (both Horizontal and Vertical mounting) and clips. EFD Cores EFD (Economical Flat Design) cores were developed to meet the increasing demand for low profile components in power transformer design. A combination of very low height and excellent throughput power, when compared to other cores of a similar height, make these cores ideal where space considerations are a priority. EFD Cores are available in a range of sizes and materials as per IEC 6231 7-14 together with their associated coil formers and clips. EP Cores EP Cores have a particularly compact, low profile shape and offer excellent shielding from adjacent cores due to the winding being almost completely surrounded by the ferrite core. This allows for high packing densities on printed circuit boards. Originally designed for broadband, small power transformers and signal transmission applications, EP cores are well suited for the demanding properties required from modern electronic components. EP Cores are available in a range of sizes and materials as per IEC 62317-5. EQ Cores A high-performance soft ferrite magnetic core designed in an EQ shape for transformers, inductors, and EMI suppression. Manufactured from MMG’s premium soft ferrite material, it offers low core loss, high permeability, and excellent frequency stability, making it ideal for switch-mode power supplies, chokes, and other high-efficiency magnetic applications. PQ Cores High-performance PQ-shaped soft ferrite core engineered for modern power conversion. Combining low core losses, high permeability, and excellent thermal stability, it’s ideal for compact transformers, inductors, and chokes in switch-mode power supplies and other high-efficiency applications. UU / UR Cores These cores are used for the construction of transformers in the frequency range from 10 to 500 kHz. The transferable outputs will be determined by core geometry and the upper frequency limits by the material selected. In previous years a major application was for in line transformers producing an electron deflection beam for CRT's. Materials used for these applications are characterized by high flux density, low specific power losses and the decline of losses dependent on temperature in the range from 200 to 1000C. Toroid Cores Ring cores or Toroids manufactured from ferrites offer an efficient shape for variety of wide band, pulse, power transformers and inductors. Toroids Cores are available in a range of sizes and materials as per lEC 62317-12 Manufacturer's Website MMG India Pvt Ltd manufactures soft ferrites for a wide range of cores - POT, RM, E, ETD, EP, Balun and Toroidal, as well as beads and rods. MMG India joined the Delta family in 2010 through a 100% acquisition by Delta Magnets Ltd (DML). The company completes Delta’s portfolio of industrial application magnets with a production facility in Chennai, South India, dedicated to soft ferrites. It has evolved from an India-centric market to a supplier to international markets. The company product bouquet ranges from cores, beads and rods to a specialist capability to produce custom cores using a wide range of materials – low losses, high permeability and high frequency among others. Back to Manufacturers CoolBlue CoolBlue®– toroidal cores made from our nanocrystalline material Nanoperm® are used to reduce harmful voltages and currents in motor bearings in high-performance and/or fast-cycling inverter drive systems. These unwanted currents in the bearings lead to matting/fluting of the motor bearing, electrical breakdown of the bearing lubricant, and finally to complete failure of the motor. In addition to reducing overvoltage at the motor terminals, targeted use of CoolBlue® toroidal cores also significantly suppresses the asymmetrical interference currents caused by parasitic leakage capacitances of the motor cable and the motor. CoolBlue Cut Cores Cut Cores from grain-oriented electrical sheet have long been familiar in industry. They are typically made of soft magnetic material in energy applications, such as transformers and chokes. However, grain-oriented sheets have limited functionality in applications that require higher frequencies and temperatures. Nanocrystalline Cut Cores overcome the problems with their unique soft magnetic material properties. Advantages Retrofitting existing applications to reduce the motor bearing currents thanks to a simplified installation process Reducing the noise level in transformers and chokes Smaller form factor in comparison to ferrite cores Design of loss- and volume-optimized transformers Features Lower specific core losses Magnetic saturation flow density: 1.2 T Operating temperature ≤ 180 °C Effective permeability (cut, 10 kHz and dependent on the air gap): > 5,000 Core shapes: round and oval Cut Cores

Meet our CanDo team that are dedicated to helping customers source the products they need to suit their applications and specifications. Our team are dedicated to helping Where There's a Will, There's a Way SALES & CUSTOMER SERVICE OPERATIONS Annette Contract Manager Taine Account Manager Becky Internal Account Manager MARKETING Phil Procurement Manager Stephanie Finance Manager LOGISTICS Alisha Marketing Manager Rachel Marketing and E-Commerce Executive PRODUCT MANAGEMENT Tracey Sales Director Heather Operations Director Josh Technical & Site Director Richard IT Director Sarah Database Manager Enjoys holidays, family, friends and supporting Liverpool FC. Sam Technical Support and Digital Systems Specialist Enjoys watching/playing football and listening to music. Dave Warehouse Manager Dave enjoys travelling and watching the F1. Con Warehouse Operative Conan enjoys climbing activities and driving his car. Abi Machine Shop Manager Jake Machine Shop Apprentice Steve Production Operative

Gateway Electronic Components is a UK-based distributor of IoT, Ferrite, Power and Component products. The Machine Shop Provides custom machined Ferrites. A Unique Offer £150 off USE "150OFF" Introducing... The Magnetic Gateway With our ever-expanding portfolio of magnetic components and materials including nanocrystalline, powder and tape wound. We are now moving beyond The Ferrite Gateway and it’s time for a fresh new look, an exciting feel, and, of course, a brand-new name! Explore Franchised Distributor Supply Chain Solutions Product Solutions Value-Added Solutions Introducing Magnetec Find out more Visit Our Shop Make sure to visit our shop to find thousands of available products across Magnetics, IoT, and Components categories. Shop Now Gateway, the team with the CanDo spirit! Meet The Manufacturers At Gateway we are proud to work with industry-leading manufacturers. Working with some of the best names in Ferrite, IoT, Power and Electronic Components means that you can rest assured that you are buying quality products for your projects. Learn more about the brands we work with on our dedicated Manufacturers page. Browse Manufacturers The Ferrite Gateway Machine Shop The Ferrite Gateway Machine Shop offers customers a complementary service to provide custom gapped and machined ferrite cores from our specialist UK facility. Gateway already stocks a vast range of ‘standard’ gapped cores as well as a comprehensive portfolio of ungapped ferrite cores. The machine shop facility now gives customers across Europe the opportunity to have cores gapped to bespoke inductance, AL or dimensional specification without the hassle of high minimum order quantities or extended factory lead times. The Machine Shop specialises in machining custom geometry ferrites utilising our exclusive channel for ferrite blocks from some of the biggest names in ferrite. Explore The Machine Shop Can't Find The Part You Need? Finding electronic components can be difficult. Whether you spend ages searching through hundreds of pages just to find one part or can't quite work out which part you need for the job, it can be frustrating and time-consuming. Gateway can help to remove this frustration by sourcing the parts that you need and offering advice on which components would be best suited to your project. Not only do we have a large range of stocked electronic components which are available online, we also have strong relationships with many industry-leading manufacturers allowing us to bring you cutting-edge technology at a competitive price. Our team are always on hand should you ever need any assistance, so please don't hesitate to contact us directly. Get In Touch A Helping Hand We understand the value of building relationships. That's why our team is only ever a phone call or email away, should you need advice on selecting parts or require some guidance on how to get the best out of your latest purchase. A CanDo Attitude Where there's a will, there's a way. Our team are dedicated to helping you find the solution to your needs. We know when something is possible and will always go the extra mile to make it happen! A Technical Solution Technical needs require technical solutions. Realise your true production potential with our value-added solutions. We are proud to promote quality in all areas of our business, most recently receiving JOSCAR accreditation. Three Gateways, One Solution The Magnetic Gateway Specialising in Ferrite and Magnetic components for use within the transformer, power supply and winding house sectors, along with EMC components for interference suppression. This is supported by the latest addition to the company, The Machine Shop. Shop Magnetics The IoT Gateway Serving customers by providing products dedicated for use within emerging IoT and industrial applications in the ever-evolving smart-world. This includes wired and wireless network connectivity solutions, antenna and network signal strength analysis products. Shop IoT The Component Gateway Dedicated to specialist parts which can be used across passive, inter connective, electromechanical, switch, relay, rectifier, optoelectronic and cooling products. Shop Component Magnetec Simulation Tool Test different configurations and get instant results, with access to Magnetec's entire standard product catalogue for quick and easy prototyping. Explore the Tool