AMMO by Mig Jimenez A.MIG-8272 4K Sculp-Tech (20x30x4)

AMMO by Mig Jimenez A.MIG-8272 4K Sculp-Tech (20x30x4)

AMMO exclusively presents an innovative modelling material which you can cut, sand, machine, and glue with ALL types of adhesives on the market: 4K Sculp-Tech.

Thick sheet thickness - Low Density.

Low density sheet ideal for representing large contours and volume within dioramas and creating rocks.

Presented in a 20 cm X 30 cm format, 4 cm thick

4K Sculp-Tech products range

AMMO exclusively presents an innovative modelling material which you can cut, sand, machine, and glue with ALL types of adhesives on the market: 4K Sculp-Tech.

A corner stone of AMMO is the research of new materials for the development of the hobby. For quite some time now, elements derived from construction have been used to make dioramas along with the disadvantages that these materials present for many modellers.

With the new lightweight composition of 4K Sculp-Tech, you can create topographic volume for dioramas, highly defined carvings, or the construction of large buildings and various types of pavements.

4K Sculp-Tech sheets are available in three different densities measuring 20X30 cm.

Low Density – Thickness 4cm.

Medium density – Thickness 3cm.

High Density – Thickness 1cm.

AMMO exclusively presents an innovative modelling material which you can cut, sand, machine, and glue with ALL types of adhesives on the market: 4K Sculp-Tech.

Properties and resistance

One of the advantages of this new product is that it can be glued with any type of adhesive on the market. It is completely resistant to solvents commonly used in modelling and can easily be cut, machined, and engraved.

4K Sculp-Tech is ideal for dioramas and dynamic scenes, replacing existing materials with a far superior modelling material. It is suitable for the creation of bases, and in scale modelling and railway layouts, this material can be used to create architecture, mountains, and vegetation.

Wear a face mask and do not vacuum the residues or dust produced when machining the product.