Low Irritation Hot Melt Adhesive Web Medical Adhesive Web for Composite Elastic Nonwoven PU Foam Wound Care Dressing

Low Irritation Hot Melt Adhesive Web also known as medical adhesive mesh is designed for thermal composite of elastic nonwoven and PU foam for wound care dressing production it delivers stable flexible bonding effect for multilayer medical raw material lamination the low irritation property makes it fit for wound contact medical products the mesh structure maintains proper breathability after hot pressing and offers consistent adhesion under repeated stretching conditions

• • Adopts medical grade TPU material with ultra low irritation safe for long term skin contact and wound care product manufacturing
  • Full solvent free formula no toxic residue no peculiar smell meets medical environmental protection and safety standards
  • Superior elastic recovery performance perfectly matches elastic nonwoven and stretchable medical dressing materials
  • Unique mesh structure ensures high air permeability keeps wound dressing dry and comfortable after lamination
  • Excellent composite compatibility suitable for PU film nonwoven fabric PU foam and various medical absorbent materials
  • Stable thermal bonding effect no delamination or cracking after stretching folding and repeated washing
  • Soft and thin glue layer does not affect the original softness and texture of medical dressings avoids hard and stiff feeling
  • Simple hot press processing supports automatic assembly line production improves dressing manufacturing efficiency greatly
  • Uniform glue distribution stable grammage no glue overflow or uneven bonding during mass production

• Lamination for transparent PU wound dressing raw materials
• Composite processing of elastic nonwoven and absorbent pad for wound plaster
• Thermal bonding of PU foam and backlining fabric for pressure sore dressing
• Assembly lamination of IV fixation sticker multiple substrate layers
• Thermal composite for medical elastic bandage and functional adhesive patch
• Bonding different substrates of disposable medical fixation dressings