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Flexible Floor Bracket

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Technical Specifications

regufoam-190-specifications1.xlsx

Sheet1

REGUFOAM Vibration 190Plus
Physical property Norm Result Comment
Static modulus of elasticity Based on EN 826   Tangential modulus, see fi gure “modulus of elasticity”
Dynamic modulus of elasticity Based on DIN 53513   Depending on frequency, load and thickness, see fi gure “dynamic stiffness“
Mechanical loss factor DIN 53513   Load-, amplitude- and frequency-dependent
Compression set Based on DIN EN ISO 1856   Measured 30 minutes after decompression with 50 % deformation / 23 °C after 72 hrs
Tensile strength Based on DIN EN ISO 1798    
Elongation at break Based on DIN EN ISO 1798    
Tear resistance Based on DIN ISO 34-1    
Fire behaviour DIN 4102 B2  
  DIN EN 13501-1 E  
Sliding friction REGUPOL-laboratory 0.7 Steel (dry)
  REGUPOL-laboratory 0.8 Concrete (dry)
Compression hardness Based on DIN EN ISO 3386-2 22 kPa Compressive stress at 25 % deformation test specimen h = 25 mm
Rebound elasticity Based on DIN EN ISO 8307 35% dependent on thickness, test specimen h = 25 mm
Force reduction DIN EN 14904 61% dependent on thickness, test specimen h = 25 mm

regufoam-190-specifications-v1.xls

Regufoam 190

REGUFOAM Vibration 190Plus
Physical property Norm Result Comment
Static modulus of elasticity Based on EN 826   Tangential modulus, see fi gure “modulus of elasticity”
Dynamic modulus of elasticity Based on DIN 53513   Depending on frequency, load and thickness, see fi gure “dynamic stiffness“
Mechanical loss factor DIN 53513   Load-, amplitude- and frequency-dependent
Compression set Based on DIN EN ISO 1856   Measured 30 minutes after decompression with 50 % deformation / 23 °C after 72 hrs
Tensile strength Based on DIN EN ISO 1798    
Elongation at break Based on DIN EN ISO 1798    
Tear resistance Based on DIN ISO 34-1    
Fire behaviour DIN 4102 B2  
  DIN EN 13501-1 E  
Sliding friction REGUPOL-laboratory 0.7 Steel (dry)
  REGUPOL-laboratory 0.8 Concrete (dry)
Compression hardness Based on DIN EN ISO 3386-2 22 kPa Compressive stress at 25 % deformation test specimen h = 25 mm
Rebound elasticity Based on DIN EN ISO 8307 35% dependent on thickness, test specimen h = 25 mm
Force reduction DIN EN 14904 61% dependent on thickness, test specimen h = 25 mm

ny-fil-test-1.xlsx

Sheet number One

Ref QA B OD b C Weight (kg)
    free   free   “W” “HW”
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9

Hohoho

Type Max load in daN (=kg) - Test STEFAN Weight (kg)  
40 50 70  
DMS 020 1250 2100 2400 843  
 
 
Type Max load in daN (=kg) - Test Mikey samma fil Weight (kg)  
40 50 70  
DMS 020 1250 2100 2400 843  
           
CENTRERAD TEST I Olika fält oj en till

test-table1.xlsx

Sheet number One

Ref QA B OD b C Weight (kg)
    free   free   “W” “HW”
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9

Hohoho

Type Max load in daN (=kg) Weight (kg)
40 50 70
DMS 020 1250 2100 2400 843

ny-fil-test-1-1.xlsx

Sheet number One

Ref QA B OD b C Weight (kg)
    free   free   “W” “HW”
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9
V43W, -HW 95 47 80 31 M16 x 400 0.4 0.9

Hohoho

Type Max load in daN (=kg) - Test STEFAN Weight (kg)  
40 50 70  
DMS 020 1250 2100 2400 843  
 
 
Type Max load in daN (=kg) - Test Mikey samma fil Weight (kg)  
40 50 70  
DMS 020 1250 2100 2400 843  
           
CENTRERAD TEST I Olika fält oj en till