Ammo Mig 3000 - Pigment Fixer 35 ml

Ammo Mig 3000 – Pigment Fixer 35 ml

Ammo Mig 3000 is a transparent pigment fixer formulated to secure pigments to the model surface with precision and without altering the color. It is an essential tool for achieving realistic and durable weathering effects on scale models, miniatures, and dioramas.

• Works with Ammo pigments and other brands
• Does not change the pigment color once dry
• Can be applied with a brush, pipette, or precisely in small spots
• Excellent for fixing pigments in panel lines, corners, and textured surfaces
• Capillary action ensures precise, controlled adhesion

Usage tips:

Apply pigments to the desired area on the model. Then carefully add Pigment Fixer using a brush or dropper. The liquid will seep into the pigment and bind it in place without disturbing its texture. Allow to dry completely before handling or sealing.

Modeling pigments – a simple and effective way to enrich your model with realistic effects

Modeling pigments are most commonly found as dry powders in 35 ml containers. Their color range includes earthy and sandy tones ideal for simulating dirt, dust, and mud, as well as metallic shades and other effects like soot or oxidation. Pigments can be applied in different ways – rubbed into the surface for subtle finishes or sprinkled on heavily to replicate caked-on dirt. They can also be mixed with water or odorless thinner to create washes or streaking effects, or blended with acrylic pastes to produce thick mud or textured ground in chosen shades.

As long as they are not fixed with a fixer, excess pigment can easily be removed using a cotton swab moistened with water or white spirit – this allows you to make corrections or reduce the intensity of the effect as needed.

About Ammo by Mig Jimenez:

Ammo by Mig Jimenez is a world-renowned brand specializing in modeling accessories, paints, weathering products, and publications. Founded by Mig Jimenez, the company is known for its innovation and dedication to realism and quality in scale modeling.