Essential Film: Multigrade Rc Deluxe Paper (pearl, 8 X 10", 100 Sheets) Gadget [fTJpYj58]

Film: Multigrade RC Deluxe Paper

Introducing the Ilford MULTIGRADE RC Deluxe Paper, a highly versatile solution for all your traditional black and white printing needs. This box contains 100 sheets of 8 x 10" paper, each featuring a pearl 44M surface finish that offers a unique texture. This textured appearance reduces overwhelming surface reflections, yet still maintains reflectivity to achieve deeper black values and a longer apparent tonal scale. The paper is designed to enhance your printing experience with its exceptional quality and performance.

Product Features and Specifications

The Generation V paper in this box boasts an updated emulsion with a more linear contrast profile, ensuring consistent and accurate response to the full 00-5 range of Multigrade filters. This allows for fine-tuning the look of your prints. The paper features a truly neutral base tint, making it an ideal choice for adjusting the final print color with different toning solutions. The enhanced emulsion provides deeper blacks and improved mid-tone separation, offering greater flexibility when printing negatives of varying densities. Here are some key features and specifications:

Linear contrast profile for consistent and accurate filtering

Neutral base tint for easy color adjustment

Enhanced emulsion for deeper blacks and better mid-tone separation

Practical Uses and Compatibility

The Ilford MULTIGRADE RC Deluxe Paper is suitable for printing both conventional black and white negatives as well as chromogenic black and white negative films. It can be processed using standard black and white chemistry, whether in trays or with machine processors. This flexibility makes it an excellent choice for photographers of all levels. Here are some practical uses and compatibility highlights:

Perfect for printing conventional black and white negatives

Compatible with chromogenic black and white negative films

Processable with standard black and white chemistry