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TEROSON PU 9097 PL HLMC IN 310 ML CARTRIDGE

(Code: 02-20254-01)
Discontinued Product
TEROSON PU 9097 PL HLMC IN 310 ML CARTRIDGE

TEROSON PU 9097 PL HLMC - CARTRIDGE 310 ML



Teroson PU 9097 PL HMLC is a 1 component moisture curing polyurethane adhesive.



Characteristics
Teroson PU 9097 PL HMLC demonstrates the following properties:
  • Excellent adhesion without primer to glass, ceramic coated glass and on painted surfaces
  • High eleasticity and shear modulus
  • Very low conductivity
  • Good adhesion to primer
  • Good adhesion to material residues and PUR pre-coatings
  • High curing rate
  • High UV resistance without primer
  • High shear strength, retained on ageing


Application

Bonding of front, rear and side windows into the body of motor vehicles (cars, trucks, busses, driver cabins of tractors/fork lift trucks and special–purpose vehicles).
Bonding of side windows made of single–pane glass or insulating glass in bus and rail coach manufacture.
Furthermore, Terostat 9097 PL HMLC is suitable for all applications where high electrical insulation properties of the glass is required e.g. antennas-compatible adhesive.

Technical characteristics
  • Colour : black
  • Odour : weak
  • Consistency : sag-resistant paste
  • Density : approx. 1.3 g/cm3
  • Solids : 100%
  • Curing mechanism : moisture curing
  • Cure rate (DIN 50014 standard climate: 23°C, 50% rh) : approx. 3-4 mm/24 h
  • Shore-A-hardness (DIN 53505) : approx. 66
  • Tensile strength (DIN 53504) : approx. 8.0 MPa
  • Stress (DIN 53504): approx. 3.5 MPa at 100 % elongation
  • Shear modulus (based on DIN 54451) : approx. 2.7 MPa
  • Elongation at break (DIN 53504) : approx. 280 %
  • Shear strength (thickness 5 mm, based on DIN EN 1465) : 1.8 MPa (after 24 h DIN 50014)
      5.5 MPa (fully cured)
  • Volume change (DIN 52451) : < 1 %
  • Glazing time : maximum 25 min. * standard climate
  • Application temperature : +10°C to +35°C
  • In service temperature range : -40°C to +90°C
      short exposure (up to 1 h) : +120°C

* Period of time between beginning of material application until inserting of the pane