NORYL™ EFR735 Polyphenylene Oxide Film for Insulation. Non Halogen

NORYL™ EFR735 Film is a High-Performance Polyphenylene Oxide (PPO) Flame Retardant Film engineered for Electrical Insulation, Electronics, Transportation and Industrial applications requiring Exceptional Flame Resistance, Dimensional Stability and Chemical Durability. designed to meet Modern Environmental Directives, NORYL™ EFR735 features a Halogen-Free Flame-Retardant System that is Free from Brominated and Chlorinated Additives while delivering Outstanding Fire Safety Performance.

A Key Advantage of NORYL™ EFR735 Polyphenylene Oxide Film is its ability to achieve UL94 VTM-0 performance at Thicknesses Down to 0.006" (152 Microns). This Exceptional Flame-Retardant capability makes the material suitable for Electrical Insulation Systems, Battery Components, Electronic Devices and Transportation applications where Stringent Safety requirements must be Met in Limited Spaces.

Unlike Conventional Flame-Retardant Films, NORYL™ EFR735 Utilizes a Non-Halogenated Flame-Retardant Formulation, helping manufacturers address Environmental and Regulatory requirements while maintaining Superior Performance. The material is Completely Non-Brominated and Non-Chlorinated, supporting Sustainable Product Development and Compliance with Global Environmental Expectations.

The Film offers Outstanding Chemical Resistance and Hydrolytic Resistance, allowing it to maintain performance when exposed to Moisture, Cleaning Agents and various Industrial Chemicals. This makes NORYL™ EFR735 Film particularly attractive for Harsh Operating Environments where Conventional Insulation Materials may not provide Adequate Durability.

Another important benefit is the Material's excellent Heat Resistance and Long-Term Thermal Stability. combined with Outstanding Dielectric Properties, NORYL™ EFR735 provides reliable Electrical Insulation performance across a Wide range of Operating Temperatures, making it suitable for Electrical and Electronic applications demanding consistent Long-Term Reliability.

NORYL™ EFR735 Film also Exhibits excellent Mechanical Performance. The material provides High Retention of Tensile Strength, good Flexural Strength and excellent Low-Temperature Impact Resistance. These characteristics enable Designers to develop Lightweight, Durable components without Sacrificing Structural Integrity.

The Inherently Low Moisture Absorption of NORYL™ EFR735 contributes to its excellent Dimensional Stability, helping maintain Precise Dimensions even in Humid Environments. This Characteristic is particularly beneficial for Electronic Insulation Systems, Printed Electronics and Precision Electrical Components.

Manufacturing Versatility is Another Reason Why NORYL™ EFR735 is widely Specified. The material supports a Variety of Conversion and Fabrication Processes including Thermoforming, Embossing, Score-And-Bend Operations and Clean-Edge Die Cutting. The Film can also be Printed Easily, making it suitable for Electrical Identification Labels, Industrial Graphics and Specialty Insulation applications.

The Film features a Matte First Surface and a Fine Matte Second Surface, creating an attractive Low-Glare appearance while supporting excellent Printability and Handling characteristics during Converting Operations.

The combination of Halogen-Free Flame Retardancy, Outstanding Dielectric Strength, Chemical Resistance and Fabrication flexibility makes NORYL™ EFR735 Film an Ideal material for Electrical Insulation Barriers, Electronic Devices, Battery Systems, Transportation Interiors, Industrial Equipment and High-Performance Electronic Assemblies.

Available in Black BK1005, NORYL™ EFR735 delivers Advanced Environmental Compliance together with the Mechanical and Electrical performance Expected from Premium Engineering Films.

In addition to its Environmental Advantages, NORYL™ EFR735 Film is RoHS Compliant, supporting Compliance with Global Environmental Regulations and Sustainability Initiatives.

Notes

NORYL™ EFR735 Polyphenylene Oxide (PPO) Film
Halogen-Free Flame Retardant Film
Matte First Surface
Fine Matte Second Surface
UL94 VTM-0 Rated
UL94 VTM-0 at 0.006" (152 Microns)
Low Water Absorption
High Retention of Tensile Strength
Good Flexural Strength
Excellent Low Temperature Impact Strength
RoHS Compliant