weber.floor 4520 Leichtausgleich rapid

Product groups:	Bound EPS fillings
Materials used:	weber.floor 4520 ist ein werksmäßig hergestellter, zementgebundener Leichtausgleichsmörtel auf Basis Zement-Styropor
Renewable raw materials:	0	w%
Mineral raw materials:	79	w%
Fossil raw materials:	3	w%
Recycling materials:	18	w%
Bitumen:	0	w%
Reference value:	EPS-(RECYCLING) Granulate levelling fillers with binders or cement-bonded (150 kg/m³)

List of Criteria 2020

application		criteria
A	B
		2. 2. 2. Limits for CMR substances in insulation materials
		2. 2. 12. Ban of acutely toxic substances
		2. 2. 14. Avoiding the spread of HBCD
		2. 4. 2. Limits for organohalogen compounds
		2. 4. 6. Limit for volatile organohalogen compounds in insulation materials
		2. 4. 7. Additional criterion: Complete exclusion of organohalogen substances
		2. 7. 1. Ban of critical flame retardants
		5. 1. 6. Limits for VOC and SVOC emissions from insulating materials

A: Insulation materials with indoor air relevance
Insulation materials installed on the room side of the airtightness layer of the building.

B: Insulation materials without indoor air relevance
Insulation materials that are not installed on the room side of the building's airtightness layer.

	The criteria is relevant and the product supports the fulfillment of the criterion.
	The criteria is relevant and the product does not support the fulfillment of the criterion or there are no validation documents available.
	The criteria is not relevant for the application.

	if an application is displayed in green, all relevant criteria of this application are met.
	If at least one of the relevant criteria for an application is not met, the application is displayed in red.

A1-A3 Product stage EI disposal indicator	reference	Unit
Core environmental impact indicators
GWP-fossil Global warming potential - fossil	0,708	kg CO₂ Äq./kg
GWP-biogenic Global warming potential - biogenic	0,00	kg CO₂ Äq./kg
GWP-total Global warming potential - total	0,708	kg CO₂ Äq./kg
ODP Depletion potential of the stratospheric ozone layer	1,57·10^-8	kg CFC-11 eq./kg
AP Acidification potential	0,00166	kg SO₂ Äq./kg
EP Eutrophication potential	0,000629	kg PO₄^3- eq./kg
POCP Photochemical Ozone Creation Potential	0,000750	kg C₂H₄ eq./kg
Indicators describing resource use
PERE Primary energy renewable - energy resources	0,163	MJ/kg
PERM Primary energy renewable - material	0,00	MJ/kg
PERT Primary energy renewable - total	0,163	MJ/kg
PENRE Primary energy non-renewable - energy resources	6,96	MJ/kg
PENRM Primary energy non-renewable - material	2,77	MJ/kg
PENRT Primary energy non-renewable - total	9,73	MJ/kg

A1-A3 Product stage
EI disposal indicator

reference

Unit

Core environmental impact indicators

GWP-fossil Global warming potential - fossil

0,708

kg CO₂ Äq./kg

GWP-biogenic Global warming potential - biogenic

0,00

kg CO₂ Äq./kg

GWP-total Global warming potential - total

0,708

kg CO₂ Äq./kg

ODP Depletion potential of the stratospheric ozone layer

1,57·10^-8

kg CFC-11 eq./kg

AP Acidification potential

0,00166

kg SO₂ Äq./kg

EP Eutrophication potential

0,000629

kg PO₄^3- eq./kg

POCP Photochemical Ozone Creation Potential

0,000750

kg C₂H₄ eq./kg

Indicators describing resource use

PERE Primary energy renewable - energy resources

0,163

MJ/kg

PERM Primary energy renewable - material

0,00

MJ/kg

PERT Primary energy renewable - total

0,163

MJ/kg

PENRE Primary energy non-renewable - energy resources

6,96

MJ/kg

PENRM Primary energy non-renewable - material

2,77

MJ/kg

PENRT Primary energy non-renewable - total

9,73

MJ/kg

λ_r thermal conductivity rated value_AUT:	0,075	W/(m·K)	Richtwert
ρ density:	150	kg/m³
c specific heat capacity:	1250	J/(kg·K)	Richtwert

Technical data sheet:	printable_sheet_weber_floor_4520.pdf (226 KB) issued on June 7, 2018
Safety data sheet:	not available
Other forms of proof:	Sicherheitsdatenblatt (59,6 KB)

Listed since:	July 24, 2018
baubook product index:	9572 af