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Solef PVDF
Solef® 11010

Solef® 11010 - Flexible VF2-HFP PVDF Copolymer

Form Factor:
Powder
Granules

Flexible components, wire & cable, low-stiffness industrial systems

Syensqo

Available by request.

About Solef® 11010

Solef® 11010 Flexible PVDF Copolymer

Solef® 11010 is a flexible VF2-HFP PVDF copolymer designed for applications requiring improved flexibility and reduced stiffness compared to standard PVDF homopolymers. Its copolymer structure provides enhanced ductility and processing versatility while maintaining the chemical resistance, thermal stability, and environmental durability associated with PVDF materials. Solef® 11010 is well suited for industrial applications requiring flexible fluoropolymer performance combined with long-term resistance to harsh operating environments.

Primary Applications

FLEXIBLE INDUSTRIAL COMPONENTS
Flexible copolymer structure supports durable PVDF components requiring reduced stiffness and improved mechanical flexibility.

WIRE & CABLE MATERIALS
Well suited for specialty insulation and jacketing applications requiring flexibility, dielectric performance, flame resistance, and environmental durability.

FLEXIBLE EXTRUSION APPLICATIONS
Applicable in extrusion processes requiring a balance of fluoropolymer durability and enhanced flexibility characteristics.

CHEMICAL-RESISTANT FLEXIBLE SYSTEMS
Suitable for industrial systems exposed to harsh chemicals or operating environments where both flexibility and corrosion resistance are important.

Secondary Applications

LOW-STIFFNESS INDUSTRIAL FABRICATION
Useful in fabricated PVDF components requiring greater ductility and reduced rigidity compared to homopolymer grades.

ENVIRONMENTALLY DEMANDING APPLICATIONS
Applicable in outdoor or harsh industrial environments requiring long-term weatherability and fluoropolymer stability.

SPECIALTY FLEXIBLE MATERIAL SYSTEMS
Well suited for industrial applications requiring a combination of flexibility, processability, and long-term fluoropolymer performance.

Solef® 11010
Properties & Grade

Solef® PVDF Quick Grade Selection Guide

Copolymers

Grade Form Best For Key Differentiator
Solef® 11010 Powder & Granules Flexible components Flexible VF2-HFP copolymer
Solef® 21510 Powder & Granules Very flexible components Very flexible VF2-HFP copolymer
Solef® 31508 Powder & Granules Low-temperature flexibility Flexible VF2-CTFE copolymer
Solef® 60512 Granules Flexible piping systems Special grade for high-pressure flexibility

Homopolymers

Grade Form Best For Key Differentiator
Solef® 1006 Powder & Granules High-flow processing applications Very low molecular weight
Solef® 6008 Powder & Granules Easier processing applications Low molecular weight
Solef® 6010 Powder & Granules General-purpose applications Medium molecular weight
Solef® 6012 Powder & Granules Higher molecular weight applications High molecular weight
Solef® 1015 Powder Wear-resistant applications Very high molecular weight
Solef® 6020 Powder Extreme durability applications Ultra high molecular weight
Solef® 5130 Powder Functionalized PVDF applications Functionalized ultra high molecular weight
Solef® 9009 Powder & Granules Balanced mechanical performance Medium molecular weight
Solef® 460 Powder & Granules Toughened PVDF applications Branched high molecular weight structure
Solef® 41308 Powder & Granules Multilayer structures Enhanced adhesion
Solef® PVDF

Product Line Details: Solef® PVDF

Solef® PVDF is a line of high-performance fluoropolymers designed for demanding industrial, electrical, chemical processing, and energy applications. Available in a wide range of homopolymer and copolymer grades, Solef® PVDF combines excellent chemical resistance, mechanical strength, thermal stability, and long-term durability, along with broad processability across extrusion, molding, coating, and film applications.

Its balance of purity, weatherability, dielectric performance, and resistance to harsh environments makes Solef® PVDF well suited for applications ranging from wire & cable and chemical handling systems to lithium-ion batteries and high-purity processing environments.