Orders placed after 4pm on weekdays will not ship until the next business day. Orders placed after 12pm Fridays will not ship until the following Monday.
Faster shipping methods may be available; just upgrade during checkout.
*Some exclusions apply.
Enter new zip code to refresh estimated delivery time.
This item is usually Drop Shipped from the MFR/Distributor within 7-14 business days (subject to availability). Your order will be charged at the time of placing the order with the MFR. Item is non-cancelable and non-returnable.
PayPal Orders Payments processed using PayPal will be charged immediately (as opposed to when an order ships).
International Orders Payments for international orders will be charged as soon as the order is placed.
Tiffen's 4x5.65" IRND 1.2 Soft/FX 1 Filter is an all-in-one filter combining the benefits of multiple filters. Tiffen has combined innovative IRND technology with the Soft/FX filters that retain overall image clarity while softening unwanted details. This filter combines IRND to allow selective aperture and IR control with the pleasing softness of Soft/FX to deliver a great overall effect.
Five years ago Tiffen responded to the demand of IR pollution control filters. Now they're expanding the range by combining the technical benefits of IRNDs with some of our best selling Special Effect Filters. Once again, Tiffen's ColorCore technology provides filmmakers with the necessary tools to create the world's greatest images.
3 filters in one, reducing multiple surfaces and potential reflection from stacked filters
Tiny lenslets put fine image elements out of focus while leaving large details sharp
Lighter densities are very subtle, producing almost no flare
Higher densities are more noticeable but still provide a pleasing portrait
Eliminates the potential "too sharp" look of modern cameras and lenses
For digital cameras with CMOS & CCD sensors with heightened response to the Red channel
Absorbs pollution of the Far Red (visible) and Near Infrared wavelengths
IR absorbing component is proportionate to the ND value