ALL TYPES OF MESH FABRIC AVAIABLE

  • Three-Layer Construction: Typically features a meshed upper layer, a spacer knit middle layer for cushioning, and a flat lower layer for stability.
  • Optimal Breathability: The structure allows air to circulate freely, making it excellent for temperature regulation and moisture management.
  • Durable & Strong: Despite its airy appearance, it is engineered for high tensile strength and tear resistance.
  • Flexibility & Cushioning: It is elastic yet retains its shape, offering comfortable support, often used as a padding material.
Airmesh net

AIRMESH FABRIC HEAVY QUALITY

  • AIRMESH JALI 16KG 50 MTR
  • High Density/GSM: Generally features a higher GSM (e.g., 200–300 GSM) compared to standard mesh, making it stiffer and more robust.
  • a dense, multi-layered, or high-GSM (grams per square meter) textile designed for maximum durability, structural support, and airflow
  • Structural Support: Often constructed with a 3D “spacer” technology, creating a distinct, cushioned gap between the top and bottom layers, which adds to its thickness (up to 2–10 mm).

AIRMESH FABRIC LIGHT MID QUALITY

  • AIRMESH JALI 14KG 50 MTR
  • High Density/GSM: Generally features a higher GSM (e.g., 140–180 GSM) compared to standard mesh, making it stiffer and more robust.
  • a dense, multi-layered, or high-GSM (grams per square meter) textile designed for maximum durability, structural support, and airflow
  • Structural Support: Often constructed with a 3D “spacer” technology, creating a distinct, cushioned gap between the top and bottom layers, which adds to its thickness (up to 2–10 mm).
Airmesh Jali

AIRMESH FABRIC COLOUR AVAILABLE

  • AIRMESH JALI 16KG 50 MTR
  • High Density/GSM: Generally features a higher GSM (e.g., 200–300 GSM) compared to standard mesh, making it stiffer and more robust.
  • a dense, multi-layered, or high-GSM (grams per square meter) textile designed for maximum durability, structural support, and airflow
  • Structural Support: Often constructed with a 3D “spacer” technology, creating a distinct, cushioned gap between the top and bottom layers, which adds to its thickness (up to 2–10 mm).