Worbla Meshed Art

Description

This durable, lightweight thermoplastic is reinforced with a fine mesh for added strength and stability. When heated to approximately 80–90°C, it becomes soft and fully moldable, allowing artists to shape, bend, and form complex designs with precision.

The self-adhesive surface enables layers to bond seamlessly without glue, while its mesh reinforcement ensures that pieces retain their strength and resist tearing or cracking during use. Worbla Meshed Art is particularly suited for larger or more structural projects that require additional support, with enough flexibility to conform comfortably to body shapes or other curved surfaces.

Scraps and offcuts can be reheated and reused, reducing material waste and improving efficiency. 

The surface is easy to prime, paint, and finish, giving creators professional-quality results. Whether for cosplay, theatre, film, or creative craft projects, Worbla Meshed Art combines flexibility, durability, and versatility, enabling makers to bring ambitious designs to life with confidence.

Features

• Mesh structure enhances tear resistance and maintains structural integrity
• Ideal for larger or load-bearing costume elements such as armor, headpieces, corsets, and props
• Self-adhesive surface allows layers to bond without glue
• Once cooled, retains shape while remaining slightly flexible
• Can be used alone or combined with foam, fabrics, or armatures
• Easy to prime and paint for professional finishes
• All scraps can be reheated and reused, making it an efficient, low-waste solution

Instructions

• Heat the material to 80–90°C using a heat gun, hot water, or steam until soft and pliable. 
• Shape by hand or over a form, bending and layering as needed. 
• Join pieces by reheating surfaces until tacky and pressing together—no glue required.

Usage Tips

• Use with foam or armatures for added support if needed
• Reheat to refine details or make adjustments
• Allow to cool fully to retain shape
• Prime and paint as desired
• Save scraps and reheat for reuse
• Avoid overheating and work on a heat-safe surface