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Created on 09.04
Halogen-Free Flame Retardant Solutions for New Energy Applications
The rapid growth of the global new energy industry is driving increasingly stringent fire safety requirements for electric vehicles, energy storage systems, photovoltaic equipment and related polymer components.
As a result, high-performance and environmentally conscious flame-retardant materials are becoming increasingly important for new energy applications.
Rising Star Flame Retardant has been developing flame-retardant materials for new energy applications, leveraging its experience in halogen-free flame retardants and flame-retardant masterbatch to provide application-oriented solutions for different polymer systems and operating environments.
Flame Retardants for Electric Vehicles, Energy Storage and Photovoltaic Applications
Rising Star's new energy flame-retardant product portfolio includes solutions for:
- PP flame retardant
- PA / Nylon flame retardant
- High-concentration flame retardant masterbatch
- Halogen-free polymer flame retardant systems
These materials are designed for selected applications across the new energy industry, including:
Electric Vehicles | Energy Storage Systems | Photovoltaic Equipment
The specific flame-retardant solution should be selected according to the polymer grade, processing method, required flame-retardant performance and final application.
Flame Retardant Solutions for Electric Vehicle Components
Electric vehicles use a wide range of polymer materials in interior components, electrical systems and other functional parts.
Compared with conventional automotive applications, some EV components can face increasingly demanding requirements relating to thermal exposure, electrical safety, weight reduction and long-term durability.
Rising Star develops flame-retardant solutions for selected PP and PA/Nylon applications, including:
Automotive Interior Plastic Parts
Flame-retardant PP and PA materials can be considered for selected automotive interior components where flame-retardant performance is required.
Wire and Cable Insulation Components
Polymer materials used around electrical systems may require appropriate flame-retardant performance together with electrical and processing properties.
The flame-retardant formulation should therefore be optimized according to the actual polymer and application requirements.
Flame Retardants for Energy Storage Equipment
Energy storage systems are designed for long-term and often continuous operation.
Polymer components used in energy storage equipment may be exposed to demanding conditions involving:
- Elevated temperatures
- Enclosed environments
- Continuous operation
- Long-term service
- Electrical safety requirements
For these applications, flame-retardant materials need to provide reliable performance while maintaining the required processing and mechanical properties.
Rising Star provides PP and PA/Nylon flame-retardant solutions and high-concentration flame-retardant masterbatch for selected energy-storage-related polymer applications.
The appropriate formulation can be evaluated according to the customer's polymer, processing conditions and final product requirements.
Flame Retardant Materials for Photovoltaic Applications
Photovoltaic systems contain a variety of polymer-based components and auxiliary materials.
As photovoltaic equipment becomes more widely deployed, material developers increasingly need to consider:
Fire Safety + Weathering + Thermal Stability + Mechanical Performance + Environmental Requirements
Rising Star's halogen-free flame-retardant technologies can support selected polymer modification applications used in photovoltaic-related components.
The formulation should be optimized according to the specific polymer system and operating environment.
Key Performance Requirements for New Energy Flame Retardants
New energy applications can place demanding requirements on flame-retardant materials.
Depending on the application, important characteristics may include:
Halogen-Free Formulation
Halogen-free flame-retardant systems can provide an alternative for customers seeking flame-retardant materials without halogen-containing flame-retardant chemistry.
Low Smoke
For certain applications, smoke generation is an important consideration during fire exposure.
Thermal Stability
Materials used in new energy equipment may experience elevated temperatures and continuous operation. Appropriate thermal stability is therefore an important consideration during formulation development.
Aging Resistance
Long-term applications require attention to material stability and performance retention.
Low Migration / Reduced Precipitation
For selected polymer applications, minimizing unwanted additive migration or surface precipitation can be important for maintaining material appearance and long-term performance.
Mechanical Performance
Flame retardant addition should be optimized to maintain the mechanical properties required by the final component.
Lightweight Flame-Retardant Materials for New Energy Applications
Weight reduction is an important consideration in electric vehicles and other new energy equipment.
However, reducing material weight cannot come at the expense of safety and component performance.
An effective flame-retardant formulation should therefore consider the balance between:
Flame Retardancy
Mechanical Strength
Processing Performance
Precision Molding
Material Weight
Rising Star's application-oriented development approach focuses on optimizing the flame-retardant formulation according to the customer's polymer and processing requirements.
Customized Flame Retardant Solutions for New Energy Materials
Different new energy components may use different polymer grades and manufacturing processes.
Therefore, a universal flame-retardant formulation is unlikely to meet every application requirement.
Rising Star's R&D team can evaluate customized flame-retardant solutions according to:
- Polymer type
- Resin grade
- Processing method
- Required flame-retardant rating
- Product thickness
- Operating environment
- End-use application
The development process can include:
Application Analysis → Formulation Selection → Sample Testing → Processing Evaluation → Performance Optimization
This application-oriented approach helps customers develop more suitable flame-retardant polymer materials for new energy applications.
Supporting Safer and More Sustainable New Energy Materials
The development of electric vehicles, energy storage systems and photovoltaic technologies is accelerating the demand for advanced polymer materials.
Flame-retardant technology plays an important role in improving the fire safety of polymer components used throughout the new energy supply chain.
Rising Star Flame Retardant continues to focus on halogen-free flame retardant R&D and manufacturing, providing flame-retardant materials and customized solutions for PP, PA/Nylon and other polymer systems.
Our goal is to help new energy material manufacturers achieve a practical balance between:
Safety + Performance + Lightweighting + Processing + Environmental Requirements
Rising Star Flame Retardant
Developing Better Halogen-Free Solutions for Plastics.
What type of flame retardants are used in new energy applications?
Halogen-free flame retardants, including PP and PA/Nylon flame-retardant systems and high-concentration flame-retardant masterbatch, can be used for selected new energy polymer applications depending on the material and performance requirements.
What is a flame retardant for electric vehicle plastics?
A flame retardant for electric vehicle plastics is a flame-retardant additive or formulation designed to improve the fire resistance of polymer components used in EV applications. The appropriate solution depends on the polymer, processing method and required fire-performance standard.
Can halogen-free flame retardants be used for PP in electric vehicles?
Yes. Halogen-free flame-retardant systems can be developed for selected PP applications in electric vehicles. The appropriate formulation depends on the PP grade, processing conditions, component thickness and required flame-retardant performance.
Can PA/Nylon be made flame retardant for new energy applications?
Yes. Flame-retardant PA/Nylon formulations can be developed for selected automotive, electrical and new-energy-related applications. Formulation selection should consider the specific PA grade and end-use requirements.
What should be considered when selecting a flame retardant for energy storage equipment?
Important factors can include flame-retardant performance, thermal stability, aging resistance, smoke behavior, mechanical properties, processing compatibility and the operating environment of the final component.
Can Rising Star customize flame retardant formulations?
Yes. Rising Star can evaluate customized flame-retardant solutions according to the customer's polymer type, processing method, flame-retardant target and final application.
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Wuxi Rising Star New Materials Technology Co., Ltd
Email: daisy@risingstar-fr.com
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