Advanced hybrid technology that integrates the best design features of conventional frame and flat blade for an ideal combination of styling, performance and protection.

Innovative aerodynamic design offers enhanced contact with the wind screen and optimal pressure distribution across the blade to deliver a cleaner wipe.

Improved durability and reliability with a thicker graphite-coated rubber to withstand greater operation stress. All-weather protective shell gives added protection for a longer life.

It fits universally to all 93 adaptor fitments.
Our Aerodynamic design withstands the maximum vehicle speed of 200kmph.
The Pre-treatment withstands 500 hours of Salt Spray.
The Pure Polyster Powder coating is UV resistant.
The Rubber is blended with Graphite particles & given an exterior coat of PTFE.
The Rubber withstands 5 Million cycles under laboratory conditions.

It fits only to all 9.52.5mm Flat Wiper arms.
Our Aerodynamic design withstands the maximum vehicle speed of 160 kmph.
The Pre-treatment with stands 500 hours of Salt Spray.
The Pure Polyster Powder coating is UV resistant.
The Rubber is blended with Graphite particles & given an exterior coat of PTFE.
The Rubber withstands 5 Million cycles under laboratory conditions.

Provides maximum visibility and safety due to enhanced aerodynamics. The integrated spoiler gives optimum downward force to prevent wind lift.

It offers a smoother and clearer wipe with CAMOFLEX Duraflex flat blade technology that provides optimal pressure distribution.

It gives reliability and durability due to integrated metal steel spine and joint-less single piece assembly.The Special Rubber Composition prevents ice build up in winter.

It fits only to only bolt type adaptors.
Our Aerodynamic design withstands the maximum vehicle speed of 160 kmph.
The Pre-treatment with stands 500 hours of Salt Spray.
The Pure Polyster Powder coating is UV resistant.
The Rubber is blended with Graphite particles & given an exterior coat of PTFE.
The Rubber withstands 5 Million cycles under laboratory conditions.

Advanced hybrid technology that integrates the best design features of conventional frame and flat blade for an ideal combination of styling, performance and protection.

Innovative aerodynamic design offers enhanced contact with the wind screen and optimal pressure distribution across the blade to deliver a cleaner wipe.

Improved durability and reliability with a thicker graphite-coated rubber to withstand greater operation stress. All-weather protective shell gives added protection for a longer life.

It fits universally to all 93 adaptor fitments.
Our Aerodynamic design withstands the maximum vehicle speed of 200kmph.
The Pre-treatment withstands 500 hours of Salt Spray.
The Pure Polyster Powder coating is UV resistant.
The Rubber is blended with Graphite particles & given an exterior coat of PTFE.
The Rubber withstands 5 Million cycles under laboratory conditions.

It fits only to all 9.52.5mm Flat Wiper arms.
Our Aerodynamic design withstands the maximum vehicle speed of 160 kmph.
The Pre-treatment with stands 500 hours of Salt Spray.
The Pure Polyster Powder coating is UV resistant.
The Rubber is blended with Graphite particles & given an exterior coat of PTFE.
The Rubber withstands 5 Million cycles under laboratory conditions.

Provides maximum visibility and safety due to enhanced aerodynamics. The integrated spoiler gives optimum downward force to prevent wind lift.

It offers a smoother and clearer wipe with CAMOFLEX Duraflex flat blade technology that provides optimal pressure distribution.

It gives reliability and durability due to integrated metal steel spine and joint-less single piece assembly.The Special Rubber Composition prevents ice build up in winter.

It fits only to only bolt type adaptors.
Our Aerodynamic design withstands the maximum vehicle speed of 160 kmph.
The Pre-treatment with stands 500 hours of Salt Spray.
The Pure Polyster Powder coating is UV resistant.
The Rubber is blended with Graphite particles & given an exterior coat of PTFE.
The Rubber withstands 5 Million cycles under laboratory conditions.