Novatio Seal & Bond MS60 white (RAL 9016) - sausage 600ml

BONDING, ASSEMBLING AND SEALING

• The renewed Seal & Bond MS60 is based on Next Gen Polymer Technology, the latest generation of hybrid polymers. MS60 is free of harmful substances such as phthalates, solvents, isocyanates. It can be used safely on all materials and develops a very high tensile and adhesive strength.
• MS60 is completely water- and windproof, and can be used as an effective Radon barrier. It is permanently elastic in the long term and has high weather- and UV-resistance. MS60 is overpaintable with virtually all paints, except alkyd resin-based paints.
• Seal & Bond MS60 is ISEGA-approved for incidental contact with foodstuffs.

Advantages

Applicable down to -10°C

Also on moist substrate

Tensile strength up to 38 kg/cm²

Safe for people and the environment

High mould resistance

Use

• Processing temperature between -10°C and +40°C. At temperatures below 0°C, curing will slow down considerably.
• Apply to a clean, stable, dust- and grease-free substrate. Clean and degrease with Safety Clean and/or Multifoam.
• Test adhesion on plastics, powder coatings, exotic wood species and bituminous materials.
• S&B Special primer increases the adhesive strength on difficult (LSE) plastics and powder coatings.
• First reinforce weak and/or porous substrates with Fixapox.
• S&B MS60 cures through a reaction with (air) humidity. When used between two airtight materials, it is recommended to very lightly moisten one of the surfaces.
• Use vertical adhesive beads to avoid moisture and dust accumulation.
• Ideal glue thickness: 0.5 mm to 3 mm. Thin layers = higher strength. Thicker layers = higher elasticity.
• When used as a sealing compound: smooth off with Safety clean (only on smooth materials) or Novakleen pH9 on porous materials.
• Overpaintable after skin formation. Do not use with alkyd-based paints and coatings.
• Use Safety Clean for cleaning tools and/or removing uncured S&B MS60. Cured S&B MS60 can only be removed by mechanical means.

Technical specifications

(All values at 23°C / 50% relative humidity)

• Base: Next Gen Polymer Technology.
• Curing: Polymerisation under the influence of (air) humidity.
• Colour: See nozzle / colour band.
• Odour: neutral.
• Density: 1.50 +/- 0.1 g/cm³.
• Processing temperature: -10°C to +40°C.
• Thermal stability: -40°C to +90°C / peak 200°C (max 20 minutes).
• Skin formation: 8 minutes.
• Tack-free: 25 minutes.
• Functional strength (0.3 MPa, hand-firm):
  • Porous materials: 3 hours
  • Non-porous materials: 6 hours
• Through-cure:
  • 24h – 6mm
  • 48h – 7mm
  • 72h – 8mm
• Volume shrinkage after curing: < 1%.
• E-modulus 100% (DIN 53504 S2): 200N/cm² / 2.00 MPa.
• Elongation at break (DIN 53504 S2): 350%.
• Maximum movement absorption (ISO 11600) 12.5%.
• Shore-A hardness (DIN 53505): 60.
• Tensile strength (DIN 53504 S2):
  • After 7 days: 280 N/cm² (= 28 kg/cm²)
  • After 3 months: 380 N/cm² (= 38 kg/cm²)
• Air permeability (EN 12114): <0.01 m³/hm¹ at positive and negative pressure 1KPa.
• Vapour permeability (ISO 12572): Sd value 1600.
• Radon permeability (RISE SP3873): k = 9.4·10-11 m²/s (Radon barrier).
• Chemical resistance:
  • Good: water, seawater, aliphatic solvents, oils, greases, diluted organic acids, alkalis
  • Moderate: esters, ketones, aromatic solvents
  • Poor: concentrated acids, chlorinated solvents
• Weather resistance: very good.
• Resistance to mould formation: (ISO 846): class 0.
• Shelf life: 18 months from production.
• The first seven digits of the batch number form the production date: YY WW DDD, where YY = year (24 = 2024), WW = week and DDD = day.
• Safety measures: please consult the safety data sheet.