Electronics & Energy Products
Advanced Battery Materials
Engineered materials for technologies that depend on consistency, performance, and safety.
From portable electronics and electric vehicles to renewable energy storage systems, lithium-ion batteries depend on high-quality materials and precise manufacturing processes to perform reliably.
APV Engineered Coatings develops and manufactures solutions like customized binders, specialty coatings and performance materials for lithium-ion battery applications. With advanced processing capabilities and strict quality control, we help manufacturers achieve the purity, consistency, and reliability required for high-performance battery applications.
APV Engineered Coatings develops and manufactures solutions like customized binders, specialty coatings and performance materials for lithium-ion battery applications. With advanced processing capabilities and strict quality control, we help manufacturers achieve the purity, consistency, and reliability required for high-performance battery applications.
Applications
Critical materials engineered for battery performance.
Electrode Preparation
PVDF solutions and other high-performance binders help active materials adhere to the current collector while supporting the consistency and performance required for battery production.
Separator Coatings
Specialty and ceramic coatings can improve separator mechanical strength and thermal stability while helping prevent dendrite formation that can contribute to short circuits and battery fires.
Performance Additives
Carbon black, carbon nanotubes, graphene, graphite, and other performance additives can be incorporated into customized formulations to improve cycling efficiency, energy storage life cycles, and overall battery performance.
Why APV for
Electronics & Energy?
We engineer and process materials around the performance requirements of your battery application.
Customization
Customization
Every battery application has different performance requirements. APV works with manufacturers to develop customized solutions, binders, coatings, and additive packages based on the specific chemistry, processing, and performance needs of the application.
Precision Processing
Precision Processing
Our precision processing incorporates low-shear mixing and inert-gas-blanketed, dual-shaft mixing technology designed to minimize moisture exposure and prevent product contamination. Controlled processing utilizes laboratory-grade solvents, tightly controlled processing conditions, and advanced filtration systems to maintain product purity, consistency, and performance.
Quality
Quality
Purity and consistency are critical to battery performance and reliability. By utilizing battery-grade raw materials, tightly controlled processing parameters, inert-gas blanketing, and rigorous analytical quality testing we're able to minimize moisture and other contaminants. These controls help maintain material integrity and deliver consistent, repeatable product performance from batch to batch.
Scalable Production
Scalable Production
APV supports projects from laboratory research through production-scale manufacturing. With small-batch samples available for research and production batch sizes ranging from 25 to 500 gallons, we can support customers as they move from development to commercial-scale production.
Electronics & Energy
Industry Products
We develop and manufacture customized solutions, binders, specialty coatings, additives, and other performance materials for lithium-ion battery applications.
Resources
Explore APV’s Technical Resources
APV will customize your solution based on your precise parameters and desired specifications. Review some real-world applications and additional capabilities through our technical resources page. Download free white papers, blogs and other resources featuring our advance industrial coatings and chemical products.
Contact Us
Partner with APV Engineered Coatings
Contact us today to discuss your project. We’ll be happy to provide product samples, safety data sheets, or a complimentary quote.