Silver nitrate 10% (150ml)

The 10% silver nitrate solution (100 ml) from Szlachetna Fotografia is a professional, ready-to-use chemical reagent designed for enthusiasts of alternative photography and historic photographic processes. It serves as a fundamental sensitizing solution used in classical photographic techniques, essential for workflows based on the light sensitivity of silver salts.

Applications in alternative photography

This high-quality chemical solution is primarily used in historic photographic processes:

Ambrotype (wet collodion process) – a key sensitizing solution used to prepare the light-sensitive plate, responsible for image formation within the collodion emulsion.

Collodion negative – an essential component in the production of traditional glass negatives, ensuring proper interaction between light and the collodion layer.

Salt print process – used for sensitizing paper in the salt printing technique, enabling rich, classical tonal rendering.

Albumen print – used as a key sensitizing solution in the production of historic prints on egg white–coated paper.

High chemical purity and consistency

At Szlachetna Fotografia, we place great emphasis on the quality and stability of photographic chemistry. The silver nitrate solution is prepared from high-grade laboratory materials, ensuring process repeatability and minimizing the risk of unwanted artifacts such as stains, streaks, or image instability.

Thanks to its carefully selected 10% concentration, the solution works as a universal base for classical light-sensitive photographic techniques.

Why choose Szlachetna Fotografia chemistry?

• ready-to-use 10% solution – no need for self-preparation
• high chemical purity ensuring process stability
• wide range of applications in historic and alternative photographic techniques
• compatible with ambrotype, collodion, salt print, and albumen processes

Product specification:

• Volume: 100 ml
• Concentration: 10%
• Composition: Silver nitrate (AgNO₃, analytical grade), high-purity distilled water