NiSi Titanium Enhanced CPL Circular Polariser Filter (67mm-95mm)

$159.00$229.00 inc GST

-Waterproof and Nano Coating
-Ultra Slim Frame
-Eliminates Reflections and Glare
-Greater Colour and Tonal Saturation reduces Haze in Landscapes
-Titanium Alloy Frame It’s light, hard, anti-corrosion, heat-resisting
-Ultra High Definition Optical glass
-Matte Black inside the frame

Clear

Description

The NiSi Ti Enhanced CPL Circular Polarising Filters help to reduce reflections and glare by filtering out light that has become polarised due to reflection from a non-metallic surface. The light from the sun naturally becomes partially polarised due to reflecting off electrons in air molecules, causing the light to scatter into what appears as haze. A polarising filter arranges and filters this directionally polarised light perpendicularly to the reflected light. This results in a noticeable reduction of glare and reflections from non-metallic surfaces and an increase in the saturation of skies and foliage.

The NiSi Ti Enhanced CPL Circular Polarising Filter (Titanium Frame) has enhanced colour compared to a standard CPL which increases the saturation of the scene when used.

– Titanium Alloy Frame is light, hard, anti-corrosive, heat-resisting and with good performance under very low temperatures. The density of Titanium is 4.54g/cm3, it’s almost half of the volume of the same weight steel, and the hardness is twice of aluminium. Its good anti-corrosion ability makes it able to endure strong acid and base. Its melting point is 1942K, about 1000k higher than gold and 500k higher than steel. It’s commonly used in the aerospace industry and missiles.

– Matte Black inside the frame using electroplating processing to avoid the reflection of light. On the outer side of the ring, the original colour of Titanium gives this filter a beautiful finish.

– Ultra High Definition Optical glass. Each piece of glass passes strictly HD test and reaches the standard for HD photograph with all kind of lens and there is no loss of image quality.