GEOLAM PES PRESS

GEOLAM PES PRESS is an advanced variant of polyester geotextile that undergoes a calendering process to achieve enhanced mechanical resistance. This product is engineered specifically for technical applications where minimal profile thickness must be combined with maximum protective performance.

Technical Specifications
  • Próbka kalandrowanej geowłókniny poliestrowej GEOLAM PES PRESS 300 o podwyższonej odporności.
  • Kawałek materiału geowłókniny GEOLAM PES PRESS 150 ukazujący jej niewielką grubość.

Key Features

Enhanced Mechanical Resistance
Additional thermo-mechanical calendering delivers superior strength parameters compared to standard needle-punched nonwovens.
Compact Structural Profile
Achieves a reduced thickness at the same weight (mass per unit area), enabling precise placement in space-restricted technical applications.
Puncture Protection
High resistance to point loading and mechanical puncture safeguards adjacent waterproofing and insulation membranes.
Low Elongation Under Load
The high-tenacity polyester core ensures minimal tensile elongation, maintaining structural stability across the installation.

Applications

Geowłókniny GEOLAM w budownictwie drogowym i kolejowym.

Highway and railway infrastructure engineering

Zastosowanie geowłóknin GEOLAM do wzmacniania oraz stabilizacji nasypów i wałów przeciwpowodziowych.

Embankment and flood levee stabilization

Włókniny filtracyjne GEOLAM w systemach drenażowych i melioracyjnych.

Subsurface drainage and agricultural irrigation systems

Geowłóknina podkładowa i ochronna GEOLAM do izolacji fundamentów oraz budynków.

Structural waterproofing and foundation protection

Technical Specifications

Weight

100 – 500 g/m2

Raw Material Composition

Polyester

Roll Width

500 – 6000 mm

GEOLAM

PES PRESS 100

PES PRESS 120

PES PRESS 150

PES PRESS 200

PES PRESS 250

PES PRESS 300

PES PRESS 400

PES PRESS 500

ISO

Weight

g/m2

100

120

150

200

250

300

400

500

ISO 9864

Tensile Strength (MD)

kN/m

3 (-1,5)

3,2 (-1,5)

4,5 (-1,5)

6,0 (-3,0)

8,0 (-3,0)

10 (-5,0)

12 (-4)

16 (-4)

ISO 10319

Tensile Strength (CMD)

kN/m

3,7(-1,5)

3,8(-1,5)

5,8 (-3,5)

9,0 (-4,0)

13,0 (-4,0)

15,0(-5,0)

16 (-4)

19(-4)

ISO 10319

Elongation at Break (MD

%

100 (±30)

110 (±30)

130 (±50)

160 (±50)

150 (±50)

120 (±30)

120 (±30)

120 (±30)

ISO 10319

Elongation at Break (CMD)

%

120 (±30)

125 (±30)

130 (±40)

150 (±40)

130 (±40)

140 (±40)

130 (±30)

130 (±30)

ISO 10319

Static Puncture Resistance (CBR Test)

kN

0,5 (-0,25)

0,6 (-0,25)

0,8 (-0,35)

1,1 (-0,3)

1,14 (-0,3)

1,7 (-0,5)

2,0 (-0,3)

2,6 (-0,3)

ISO 12236

Dynamic Perforation Resistance (Cone Drop Test)

mm

przebicie

40 (+8)

39 (+8)

32 (+10)

32 (+10)

23(+10)

19(+6)

15(+6)

ISO 13433

Characteristic Opening Size (090)

µm

100 (±20)

95 (±20)

90 (±20)

88 (±15)

88 (±15)

84 (±15)

84 (±15)

78 (±15)

ISO 12956

Water Permeability Normal to the Plane (VI H50)

l/m2•s

98 (-10)

96 (-10)

80 (-10)

80 (-10)

75 (-10)

70 (-10)

57(-10)

52(-10)

ISO 11058