# Tiffen Soft-Edge (Vertical Orientation) Graduated ND Filter (3.3 x 3.9", 2-Stop)

- **Precio:** PEN 1,239.00 (antes PEN 1,795.65)
- **Disponibilidad:** En stock
- **Marca:** TIFFEN
- **Modelo / MPN:** TCCGND6
- **Comprar:** [Abrir ficha en la tienda](https://prosmart.com.pe/product/prosmart-bhp-57845-REG)
- **Datos JSON:** [API de detalle](https://prosmart.com.pe/api/v1/product/details/prosmart-bhp-57845-REG)

## Características

- 0.6 Optical Density
- ColorCore Technology
- Compatible with Cokin P Filter Holder
- Reduce Exposure in Selective Areas

## Especificaciones

- **Filter Type:** Graduated ND
- **Exposure Reduction:** 2-Stop
- **Graduation Type:** Soft Edge (Vertical)
- **Size:** 3.3 x 3.9" / 84 x 100 mm (Cokin P)
- **Front Accessory Thread / Bayonet:** No
- **Coating:** No
- **Filter Thickness:** 0.2" / 4 mm
- **Filter Material:** Glass
- **Package Weight:** 0.215 lb
- **Box Dimensions (LxWxH):** 6.1 x 5.7 x 1.05"

## Descripción

The 2-stop, 3.3 x 3.9"
Tiffen Soft-Edge (Vertical Orientation) Graduated ND Filter
is a graduated neutral density filter that helps to specifically darken skies and other bright areas of the image. The filter is densest at the edge and tapers to clear by the middle, with a soft-edged line of transition between the density and clear areas. Neutral density filters do not affect the coloration of the image and the 0.6 density provides a 2-stop reduction in light from entering the lens.
This filter is made using ColorCore technology, a process that involves laminating the filter substrate between 2 pieces of optical glass and grinding flat to a tolerance of 1/10,000th of an inch. This filter is compatible with the Cokin P filter holder and measures 3.3 x 3.9" / 85 x 100mm.
Note: A vertical orientation filter's line of transition runs parallel to the short side of the filter.
Soft-edged 0.6 ND graduated filter for darkening skies and other bright areas of the image.

Provides a 2-stop reduction in light in selective areas.

Neutral density filters do not affect the overall coloration of the image.