Humbrol DB0089 No 89 Middle Blue Matt - 14ml - Acrylic model paint in a dropper bottle

Humbrol DB0089 No 89 Middle Blue Matt is a high-quality, fast-drying acrylic paint with a matte finish, designed for modelers who appreciate precision and ease of use. The product is offered in an ergonomic 14-milliliter dropper bottle, which allows for accurate dosing and easier color mixing, especially when using the dedicated Humbrol AG5111 palette. This innovative bottle helps prevent unnecessary paint waste and keeps the paint fresh for a long time.

• Category: Acrylic model paint
• Capacity: 14ml
• Finish: Matte
• Color code: No 89 Middle Blue
• Surfaces: Paint designed for plastic models, but also suitable for wood, ceramics, metal, cardboard, glass, sealed plaster, and other surfaces.
• Application: Suitable for both brush and airbrush painting (after proper thinning). Ideal for models in any scale, from 1/144 to 1/16 and larger.
• Drying time: 1-2 hours for complete drying; drying time may be longer for gloss and metallic finishes.
• Cleaning: Clean tools with water or Humbrol acrylic thinner, and with cellulose thinner after drying.

The Middle Blue color is perfect for painting aircraft models, military vehicles, as well as historical and fantasy figures where authentic, subtle tones are required. This shade was used, among others, by the British Air Force and Navy during World War II.

We recommend this product for both beginner and advanced modelers. It is perfect for dioramas, plastic and cardboard models, as well as 3D printed parts. The convenient packaging, fast drying time, and easy shade mixing make this paint exceptionally functional in any modeling workshop.

Application difficulty level: 1/5 (easy to use even for beginners)

Why choose this product? Humbrol is a renowned brand among modelers, and the acrylic range in a dropper bottle guarantees consistency, convenience and fast results while maintaining excellent coverage. It's the perfect choice for anyone seeking a durable and authentic finish for their models.