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NF 303 High Tack NF Polymer

NF 303 High Tack NF Polymer

 

Product Description

 

NF 303 High Tack NF Polymer is a one-component, high-quality, professional adhesive with high adhesive strength and initial tack. It is suitable for bonding heavy building materials without the use of clamps and/or fixing tape. NF 303 is eco-friendly, free from isocyanate, solvent, acids, and halogens. It has excellent elasticity, no bubble formation, and is waterproof. It is also overpaintable and has no shrinkage.

 

Features

 

  • High initial tack
  • Eco-friendly
  • Free from isocyanate, solvent, acids, and halogens
  • Excellent primerless adhesion to numerous porous and nonporous substrates
  • Excellent elasticity
  • No bubble formation
  • Waterproof
  • No shrinkage
  • Overpaintable

 

Applications

 

NF 303 is specially developed as a universal adhesive for bonding various building materials. It is suitable for elastic bonding of panels, profiles, and other pieces on the most common substrates such as stone, concrete, mirrors, glass, plasterboard, PU, PVC, polyester, plastics,1 enamel, ceramic, copper, lead, zinc, aluminum, metals, RVS,2 wood, HPL, and cement fiber panels. Common application areas include:

 

  • Wall cladding elements and ceiling panels
  • Sound isolation panels (mineral wool, wood-wool cement & plastic foams)
  • Thermal isolation panels (PUR, PIR, PS)
  • Casings and frames in building construction
  • Wooden and plastic laths, ornaments, and frames
  • Doorsteps, window sills, skirting boards, and cover plates
  • Complete construction elements (such as roofing and facade elements) in frames

 

Specifications

 

  • Code: NF 303
  • Colors: White, Black, Grey
  • Volume: 290 ml, 600 ml
  • Box: 12
  • Chemical Base: MS Polymer
  • Curing System: Moisture Curing
  • Density: 1.50 ± 0.02 g/ml
  • Appearance/Color: White, Black, Grey
  • Tack Free: 15 minutes
  • Curing Rate: 2-3 mm/day
  • Sagging: 0 mm
  • Hardness Shore A: 55-65 (after 28 days)
  • Tensile Strength: ≥ 0.8 N/mm2
  • Elongation at Break: ≥ 300%
  • Elastic Recovery: > 90%
  • Temperature Resistance: -40°C to +90°C
  • Application Temperature: +5°C to +40°C
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