Introducing: DOWSIL TC-4530 CV Gap Filler
Introducing DOWSIL TC-4530 CV Gap Filler, a groundbreaking two-part thermally conductive silicone for the modern automotive industry.
Menu
At Antala, we recognize that e-mobility applications require more than just standard materials; they need advanced-performance encapsulants, gap fillers, adhesives, and sealants. Our thermally conductive materials are expertly designed to enhance heat management, ensuring higher performance and extended lifespans for electrical and electronic components in electric vehicles. Partnering with leading industry innovators, Antala stays ahead of the curve, offering top-tier products that reflect the latest advancements in electromobility.
EV charging infrastructure varies greatly, from wall boxes to public charging stations and mobile charging technology; our product portfolio houses the solutions for all forms of charging architecture.
EV charge points must be protected from the harshness of their environment and shielded from elements such as dust and moisture. Across our range of foams, adhesives, coatings and electronic protection materials, our best-in-class solutions ensure longevity and weatherproofing alongside high-strength structural and electrical bonding.
Our high-performance structural adhesives are essential for the assembly of EV charging infrastructure components, providing strong, durable bonds that can withstand the demanding operating conditions required.
Potting systems are used to protect sensitive electronic components from moisture, dust, vibration, and other environmental factors. Silicone, epoxy, and polyurethane potting compounds all offer rigorous protection.
Thermal management materials are used to dissipate heat away from critical components in EV charging stations, preventing overheating and ensuring optimal performance. These materials can be used in a variety of forms.
Sensors play a crucial role in EVs as they detect, measure, and transmit important information about the vehicle and its immediate environment. Intelligent systems capture sensor data to analyse and optimise performance whilst displaying core metrics to the driver.
When bonding a vehicle’s sensors, our material solutions adhere to different substrates of differing thermal expansion rates. Our products optimise sensor performance and longevity through durable, lightweight, and diverse chemistry, providing premium performance in demanding applications.
Huntsman Araldite provides epoxy solutions for the assembly of advanced driver-assisted systems. Araldite ADAS solutions provide high strength, good electrical insulation, low shrinkage, and resistance to chemicals.
Using decades of experience in automotive electronics, DOWSIL’s world-class R&D scientists provide you with a broad portfolio of innovative, proven silicone materials developed for ADAS applications.
Our adhesive solutions for electric motor assembly, brushless motor controllers, electric speed controllers, and outrunners improve aesthetics, motor life, and process speed whilst reducing corrosion, vibration, and hazard potential.
Our high-strength adhesives aid stator, rotor, and housing assembly whilst our range of speciality e-mobility lubricants ensures the smooth operation, corrosion resistance, thermal regulation, and increased lifespan of liquid-cooled electric motors.
Potting or impregnating resins can dramatically increase power output, motor life, and reliability. Huntsman Araldite offers a wide range of heat-conductive encapsulants for electric motors to meet the highest temperature endurance requirements of car manufacturers.
DOWSIL’s thermally conductive silicone adhesives support the assembly of automotive electric motors. DOWSIL’s silicone technology provides next-level durability, corrosion-resistance, high-voltage insulation, and more.
Electric motors require lubricants that maintain their consistency over a wide temperature range. Molykote delivers consistent electric-motor lubrication performance through smart lubrication solutions.
Bonding and assembling Electric Control Units is critical to manufacturing electric vehicles. ECUs are responsible for controlling various functions in the vehicle, such as the engine, powertrain, and safety systems, body electronics, diagnostic codes, and communication devices.
Our high-quality materials ensure proper ECU functionality, preventing the introduction of contaminants, protecting delicate electronic components, and extending the unit’s overall lifespan.
Arathane polyurethane casting and impregnating systems are the perfect solution for pressure-sensitive components and devices offering high thermal resistance, excellent flow properties, good thermal conductivity, and non-abrasive casting.
Araldite epoxy encapsulants offer excellent cross linking and impregnation, high voltage behaviour, thermal endurance, and long-term reliability. Araldite epoxies are the perfect choice for automakers looking to encapsulate ECU transformers, capacitors, and coils.
DOWSIL’s silicone encapsulants are the perfect solution for rigid and flexible circuit boards, whilst SILASTIC silicone elastomers are designed to be dispensed and cured directly onto automotive components to form integrated gaskets.
Introducing DOWSIL TC-4530 CV Gap Filler, a groundbreaking two-part thermally conductive silicone for the modern automotive industry.
Vehicle-to-grid (V2G) technology allows electric vehicles to act as virtual power plants, storing and releasing energy to the grid and enhancing stability and efficiency.
Electric mobility cars demand strengthened body structures. DuPont’s adhesive technology helps meet the demands whilst providing optimal strength and durability.
In this case study, we’ll explore how DuPont’s BETATECH™ helped multinational automobile manufacturer Renault control battery heat in new EV technology.
Prevent car battery fires and heat damage with premium fireproofing materials for electric car battery protection.
As the British transport sector embraces new electric vehicles, we assess the benefits and challenges of electric trucks in the UK.
Electromobility represents a pivotal shift towards sustainable and climate-friendly transportation. Mirroring global trends, its popularity has surged in recent years, driven by the growing demand for electric vehicles.
Our comprehensive solutions encompass a broad range of technologies for EV energy storage systems, including batteries, and components for power generation and energy conversion. We are at the forefront of automotive electronic material innovations, facilitating the manufacture of lightweight, high-energy-density lithium-ion batteries and their subsystems. These are crucial for achieving the extended ranges and rapid development expected in today’s electric and hybrid vehicles.
Our adhesive solutions are meticulously engineered to provide significant advantages at every level, from individual battery cells to complete battery packs, power conversion systems, and control units. With Antala, you’re not just choosing a product; you’re embracing a future where electromobility is synonymous with unparalleled efficiency and sustainability.
The personal data voluntarily provided by you, through this web form will be treated by ANTALA LTD. as responsible for the treatment, in order to meet your request, query, complaint or suggestion, without communications or data transfers occurring and kept for the time necessary to meet your request. You can exercise the rights of access, rectification or deletion of your data, by writing to arco@antala.uk, for more information, you can consult our Privacy Policy
