Steel Wire Modelling Mesh

£18.16

Helping to Support Teaching and Learning

Robust Construction: This robust steel construction ensures durability, ideal for large sculptures and educational projects.
Versatile Use: This versatile mesh can be quickly customised with materials like mod roc to easily create complex structures for different creative modelling techniques.
Enhanced Stability: This product enhances stability by strengthening, stiffening, and reinforcing models, making them more robust for educational use.
Large Dimensions: The large dimensions of 910mm by 10m provide ample material, making it exceptionally well-suited for model making and educational projects that require significant quantities of resources.
Educational Relevance: The mesh significantly supports the curriculum by fostering creative and technical skill enhancement, relevant across several Key Stages in education.

A steel wire mesh for constructing sturdy sculptural bases, compatible with materials like mod roc.

An ideal resource for large model making, resembling chicken wire and perfect for all types of modelling techniques.

This steel wire modelling mesh is integral for supporting various Design and Technology and Art projects across multiple educational levels. It provides a robust and flexible foundation essential for model creation, enhancing strength, stiffness, and stability. Ideal for detailed precision work, the mesh supports creative exploration and technical skills development.

Designed to withstand extensive manipulation, it allows educators and children to explore different modelling techniques, including wire sculpture and sculpting with added materials like mod roc. The large scale of the mesh makes it perfect for bigger, bolder projects, encouraging innovative designs and solutions in the classroom.
Furthermore, this mesh aids in the curriculum goals of intensifying pupil engagement in practical arts and design aspects, significantly enhancing the understanding and application of advanced material manipulation techniques.