PCFRgranulesforelectricvehicles

Lexan PC FR granules for Electric Vehicles: New Variants & Applications

Flame retardant (FR) polycarbonate (PC) is an engineered polycarbonate plastic specially designed to resist fire and ignition as is required for electric vehicle manufacturing. PC FR resin products have become an integral part of electric vehicle design and production because of the easy availability of blended variants having different characteristics. PC FR granules are empowering the electric vehicle industry to manage multiple challenges like the costs of spares, weight, and sturdiness to perform on rough roads etc.

Lexan PC FR Granules: Single Solution to Multiple Requirements in the EV Industry   

Evolving trends in the changing automotive industry are generating demands for new cost-effective dependable solutions. The engineered thermoplastics and polymers provide reliable performance-oriented solutions for the EV industry and others helping them to address complex and particular thermal, mechanical, electrical, and optical requirements for competitive demanding applications. SABIC, one of the globally leading producers of engineered thermoplastics and polymers, offers a comprehensive range of Lexan PC FR granules for electric vehicles. The nationwide network of trained and experienced authorized distributors and suppliers of Lexan PC FR granules simplifies sourcing of the required PC FR resin variant.  

LEXAN SABIC PC FR Resins: The High In-Demand Automotive Polymers

The EV industry is facing multiple and sometimes conflicting challenges in producing exterior and interior parts like fenders, mirror assemblies, spoilers, fuel tank flaps, charge ports, matrix headlamps, honeycomb crash protection structures, battery packs, displays, etc. Consumers demand trendy styling with appealing aesthetics like illuminated signage, high-gloss surface appearance, and eye-catching colors. Designers have their requirements to ensure the peak performance of electric vehicles even in robust conditions. Businesses focus on cost reduction and increased sustainability. A wide range of LEXAN SABIC PC FR resins including LEXAN 943A, LEXAN 943, LEXAN 945, LEXAN 945U, LEXAN 940A, etc offers a perfect solution for every need.   

Applications of LEXAN 943A, LEXAN 943, LEXAN 945, LEXAN 945U, & LEXAN 940A

LEXAN 943 and LEXAN 943A resins are UV-stabilized and flame-retardant 10 MFR polycarbonates. LEXAN 945 is an injection moldable non-halogenated, unfilled transparent, and flame retardant grade PC with medium flow. LEXAN 943 is known for its exceptional clarity, lightweight, and durability, making it a popular choice for applications in the medical, consumer electronics, and signage industries. LEXAN 943A is well-regarded for its superior impact resistance, flame retardancy, and ease of processing. Its applications span a wide range of industries, including aerospace, transportation, and industrial machinery.

LEXAN 945 is a non-chlorinated, non-brominated flame retardant PC rated as UL94 V0 and 5VA. LEXAN 945U resin is a FR grade PC variant rated as UL94 V0 and UL746C f1. LEXAN 945U resin is widely recognized for its outstanding heat resistance, excellent dimensional stability, and high flow characteristics. These qualities make it an ideal choice for demanding applications such as electrical components, automotive parts, and consumer goods. LEXAN 940A resin, a 10 MFR polycarbonate, is being used widely in the automotive sector for manufacturing exterior components such as body panels, headlamp lenses, and window glazing.

Availability of PC FR Granules for Electric Vehicles in India

With the increasing demand for PC FR granules in the rapidly rising EV industry in India for manufacturing exterior, interior, and other components, SABIC is expanding its network of distributors and suppliers across the country. Kapoor Sales Corporation, a top-performing authorized distributor and supplier of PC FR granules with years of experience in serving the EV industry, is a reliable source to buy Lexan PC FR resin products at reasonable prices.      

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