Aber BT15X02 Brass Tubes 1.50x0.20 mm length 250 mm x 4 pcs.

Aber BT15X02 Brass Tubes 1.50x0.20 mm length 250 mm x 4 pcs. is a high-quality set of thin-walled brass tubes from the renowned Polish company Aber, specializing in the production of precision modeling accessories. This product is designed for demanding modelers who value the highest level of detail and durability of materials used in plastic, railway, aircraft modeling, and dioramas.

• Category: Modeling accessories
• Material: brass
• Tube size: outer diameter 1.50 mm, inner diameter 0.20 mm
• Length of each tube: 250 mm
• Quantity in the set: 4 pieces

Aber brass tubes are appreciated by modelers all over the world thanks to their technological advancement. Made from high-quality brass, these tubes are characterized by a precise diameter and a perfectly smooth surface–which is extremely important when building models that require accuracy and durability of structural elements. They are perfect for use as gun barrels, installation elements or fuel lines, masts, technical device details, as well as structural parts in various scales: from 1/35 to 1/48 and the popular 1/72.

This is not a model kit, but a universal modeling tube set, making it suitable for many fields: military, car, aircraft, railway, and diorama modeling. Aber quality guarantees excellent results both in historical dioramas (World War II, Cold War) and in modern layouts. The elements are easy to modify–cut, bend, and combine with other materials, achieving realistic results without risking deformation or loss of structural properties.

We recommend Aber BT15X02 for both beginner and advanced modelers–it is an extremely versatile product, reliable for detailing and converting plastic and resin models. We rate the degree of processing difficulty at 1 on a scale of 1-5; working with brass is intuitive and does not require specialized tools.

If you are looking for professional components for your modeling projects–Aber BT15X02 Brass Tubes is a choice that guarantees durability, aesthetics, and maximum realism even in the most demanding projects.