Heidelberg Materials Cement Sverige AB

Accreditation no: 2026

Org no:: 556013-5864
Phone:: 0498-281100
Website:: www.cement.heidelbergmaterials.se
Postal address:: Box 104, 624 22 Slite
Visiting address:: Skeppargatan 1, 624 48 Slite · Show on map

Business unit

Skövde, Quality and Development Lab (ID 003) Slite, Quality and Development Lab (ID 002)

Testing, SS-EN ISO/IEC 17025:2018

Latest decision date: 2026-05-21

Chemical analysis
Teknikområde	Metod/procedur	Provtyp/System/Produkt	Parameter/Egenskaper	Utrustning/Mätprincip	Mätområde/mätnivå	Anmärkning	Flex	Business unit
Air and smoke emission analysis	Inhouse method, ER9440	Stationary source emissions	Temperature	Thermocouple	-	-
Air and smoke emission analysis	SS-EN 13284-1	Stationary source emissions	Stuff content	Gravimetry	-	-
Air and smoke emission analysis	SS-EN 14790	Stationary source emissions	Moisture content, water vapor	Gravimetry	-	-
Air and smoke emission analysis	SS-ISO 10780	Stationary source emissions	Gas velocity/Gas flow	-	-	-
Fuel analysis	ASTM D4239	Recovered fuels	Sulfur, S	-	0,01-10%	-
Fuel analysis	ASTM D4239	Solid fuels	Sulfur, S	-	0,01-10%	-
Fuel analysis	ASTM D5373	Solid fuels	Carbon, C	Combustion	0,1-100%	-
Fuel analysis	Inhouse method; CR 1801	Solid fuels	Emission factor, CO2	Calculation	> 1g CO2/MJ	-
Fuel analysis	Inhouse method; ER 9318	Coal	Sample preparation	-	-	-
Fuel analysis	Inhouse method; ER 9318	Recovered fuels	Sample preparation	-	-	-
Fuel analysis	Intern method; SR 9906	Solid fuels	Chloride, total	-	-	-
Fuel analysis	ISO 562	Solid fuels	Volatile substances	Gravimetry	>0,1 %	-
Fuel analysis	SIS-CEN/TS 15414-2	Recovered fuels	Moisture content	Gravimetry	>0,1%	-
Fuel analysis	SS EN ISO 21656	Recovered fuels	Ash content	Gravimetry	>0,1%	-
Fuel analysis	SS EN ISO 21663	Recovered fuels	Carbon, C	Combustion	0,1-100%	-
Fuel analysis	SS EN ISO 22167	Recovered fuels	Volatile substances	Gravimetry	>0,1%	-
Fuel analysis	SS-EN 15289	Ash	Chlorine, Cl	Closed combustion vessel/Ion Chromatography	0,01-5 %	-
Fuel analysis	SS-EN 15289	Solid fuels	Chlorine, Cl	Closed combustion vessel/Ion Chromatography	0,01-5 %	-
Fuel analysis	SS-EN ISO 21646	Recovered fuels	Sample preparation	-	-	Fasta material
Fuel analysis	SS-EN ISO 21654	Recovered fuels	Calorific value	Closed combustion vessel/Ion Chromatography	11-41 MJ/kg	-
Fuel analysis	SS-ISO 1171	Solid fuels	Ash content	Gravimetry	>0,1%	-
Fuel analysis	SS-ISO 13909-4	Coal	Sample preparation	-	-	-
Fuel analysis	SS-ISO 1928	Solid fuels	Calorific value	Bomb Calorimetry	11-41 MJ/kg	-
Fuel analysis	SS-ISO 589	Solid fuels	Surface humidity	Gravimetry	>0,1%	-
Inorganic chemistry	Inhouse method; CR 0706	Cement	Water soluble Cr(VI)	-	0,5-10 mg/kg	-
Inorganic chemistry	Inhouse method; CR1901	Cement	ISO-brightness	Spectrophotometry	-	-
Inorganic chemistry	Inhouse method; CR1901	Lime	ISO-brightness	Spectrophotometry	-	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Aluminum oxide Al2O3	XRF	0,34-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Calcium oxide, CaO	XRF	0,02-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Iron oxide Fe203	XRF	0,02-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Magnesium oxide, MgO	XRF	0,02-40,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Manganese oxide, Mn2O3	XRF	0,02-31,0 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Phosphorus oxide, P2O5	XRF	0,01-30 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Potassium oxide, K20	XRF	0,013-29,5%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Silicon dioxide, SiO2	XRF	0,48-100,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Sodium oxide, Na20	XRF	0,02-10,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Strontium oxide, SrO	XRF	0,04-15,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Titaniumdioxide, TiO2	XRF	0,01-60,0 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Vanadium oxide, V2O5	XRF	0,02-11,5%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Bauxite	Zinc oxide, ZnO	XRF	0,01-10%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Aluminum oxide Al2O3	XRF	1,7-30 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Calcium oxide, CaO	XRF	35,0-75,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Iron oxide Fe203	XRF	0,02-30,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Magnesium oxide, MgO	XRF	0,095-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Manganese oxide, Mn2O3	XRF	0,04-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Phosphorus oxide, P2O5	XRF	0,007-5,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Potassium oxide, K20	XRF	0,022-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Silicon dioxide, SiO2	XRF	10,0-30,0%	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Sodium oxide, Na20	XRF	0,02-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Strontium oxide, SrO	XRF	0,02-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Titaniumdioxide, TiO2	XRF	0,01-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Cement	Zinc oxide, ZnO	XRF	0,02-5,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Aluminum oxide Al2O3	XRF	1,7-30 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Calcium oxide, CaO	XRF	35,0-75,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Iron oxide Fe203	XRF	0,02-30,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Magnesium oxide, MgO	XRF	0,095-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Manganese oxide, Mn2O3	XRF	0,04-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Phosphorus oxide, P2O5	XRF	0,007-5,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Potassium oxide, K20	XRF	0,022-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Silicon dioxide, SiO2	XRF	10,0-30,0%	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Sodium oxide, Na20	XRF	0,02-10,0%	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Strontium oxide, SrO	XRF	0,02-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Titaniumdioxide, TiO2	XRF	0,01-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Clinker	Zinc oxide, ZnO	XRF	0,02-5,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Aluminum oxide Al2O3	XRF	0,34-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Calcium oxide, CaO	XRF	0,02-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Iron oxide Fe203	XRF	0,02-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Magnesium oxide, MgO	XRF	0,02-40,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Manganese oxide, Mn2O3	XRF	0,02-31,0 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Phosphorus oxide, P2O5	XRF	0,01-30 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Potassium oxide, K20	XRF	0,013-29,5%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Silicon dioxide, SiO2	XRF	0,48-100,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Sodium oxide, Na20	XRF	0,02-10,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Strontium oxide, SrO	XRF	0,04-15,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Titaniumdioxide, TiO2	XRF	0,01-60,0 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Vanadium oxide, V2O5	XRF	0,02-11,5%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Fly ash	Zinc oxide, ZnO	XRF	0,01-10%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Aluminum oxide Al2O3	XRF	0,02-30 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Calcium oxide, CaO	XRF	25-100%	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Iron oxide Fe203	XRF	0,02-30 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Magnesium oxide, MgO	XRF	0,02-70%	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Manganese oxide, Mn2O3	XRF	0,02-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Phosphorus oxide, P2O5	XRF	0,02-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Potassium oxide, K20	XRF	0,02-30 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Silicon dioxide, SiO2	XRF	1-40 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Lime	Titaniumdioxide, TiO2	XRF	0,02-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Aluminum oxide Al2O3	XRF	0,02-30 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Calcium oxide, CaO	XRF	25-100%	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Iron oxide Fe203	XRF	0,02-30 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Magnesium oxide, MgO	XRF	0,02-70%	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Manganese oxide, Mn2O3	XRF	0,02-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Phosphorus oxide, P2O5	XRF	0,02-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Potassium oxide, K20	XRF	0,02-30 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Silicon dioxide, SiO2	XRF	1-40 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Limestone	Titaniumdioxide, TiO2	XRF	0,02-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Aluminum oxide Al2O3	XRF	1,7-30 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Calcium oxide, CaO	XRF	35,0-75,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Iron oxide Fe203	XRF	0,02-30,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Magnesium oxide, MgO	XRF	0,095-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Manganese oxide, Mn2O3	XRF	0,04-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Phosphorus oxide, P2O5	XRF	0,007-5,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Potassium oxide, K20	XRF	0,022-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Silicon dioxide, SiO2	XRF	10,0-30,0%	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Sodium oxide, Na20	XRF	0,02-10,0%	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Strontium oxide, SrO	XRF	0,02-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Titaniumdioxide, TiO2	XRF	0,01-10,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Raw flour	Zinc oxide, ZnO	XRF	0,02-5,0 %	CEMENT-WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Aluminum oxide Al2O3	XRF	0,03-20 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Calcium oxide, CaO	XRF	0,02-30,0 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Iron oxide Fe203	XRF	0,03-15 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Magnesium oxide, MgO	XRF	0,02-15 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Manganese oxide, Mn2O3	XRF	0,02-1,00 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Potassium oxide, K20	XRF	0,01-15 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Silicon dioxide, SiO2	XRF	20-100 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Sodium oxide, Na20	XRF	0,02-1,0 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Sand	Titaniumdioxide, TiO2	XRF	0,01-10 %	-
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Aluminum oxide Al2O3	XRF	0,34-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Calcium oxide, CaO	XRF	0,02-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Iron oxide Fe203	XRF	0,02-80,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Magnesium oxide, MgO	XRF	0,02-40,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Manganese oxide, Mn2O3	XRF	0,02-31,0 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Phosphorus oxide, P2O5	XRF	0,01-30 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Potassium oxide, K20	XRF	0,013-29,5%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Silicon dioxide, SiO2	XRF	0,48-100,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Sodium oxide, Na20	XRF	0,02-10,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Strontium oxide, SrO	XRF	0,04-15,0%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Titaniumdioxide, TiO2	XRF	0,01-60,0 %	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Vanadium oxide, V2O5	XRF	0,02-11,5%	WROXI
Inorganic chemistry	Inhouse method; ER 9214/ER 9219	Slag	Zinc oxide, ZnO	XRF	0,01-10%	WROXI
Inorganic chemistry	Inhouse method; ER 9216	Cement	Insoluble residue	-	0,05 - 15%	-
Inorganic chemistry	Inhouse method; ER 9226	Cement	C3A	-	0 -12 %	-
Inorganic chemistry	Inhouse method; ER 9226	Dry mill	C3A	-	0 -12 %	-
Inorganic chemistry	Inhouse method; SR 0107	Cement	Chromate reducing capacity	ICP-OES	5-50mg Cr6+/kg	-
Inorganic chemistry	Inhouse method; SR 0108	Cement	Water soluble Cr(VI)	ICP-OES	0,02-20 mg/kg	-
Inorganic chemistry	Inhouse method; SR 0108	Clinker	Water soluble Cr(VI)	ICP-OES	0,02-20 mg/kg	-
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Aluminum oxide Al2O3	ICP-OES	0-100 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Calcium oxide, CaO	ICP-OES	0-100 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Chromiumoxide, Cr2O3	ICP-OES	0-0,029%	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Iron oxide Fe203	ICP-OES	0-100 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Magnesium oxide, MgO	ICP-OES	0-35 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Manganese oxide, Mn2O3	ICP-OES	0-1,38 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Manganese oxide, MnO	ICP-OES	0-0,55%	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Phosphorus oxide, P2O5	ICP-OES	0-40,5 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Potassium oxide, K20	ICP-OES	0-5,4 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Silicon dioxide, SiO2	ICP-OES	0-100 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Sodium oxide, Na20	ICP-OES	0-4,43 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Strontium oxide, SrO	ICP-OES	0-0,4 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Sulfur trioxide, SO3	ICP-OES	0-5,6 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Titaniumdioxide, TiO2	ICP-OES	0-1,06 %	Oxidiska material
Inorganic chemistry	Inhouse method; SR 9604 (Meltingmethod)	Solid materials	Zinc oxide, ZnO	ICP-OES	0-0,18%	Oxidiska material
Inorganic chemistry	Intern method; CR 0705	Cement	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; CR 0705	CKD	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; CR 0705	Clinker	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; CR 0705	Lime	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; CR 0705	Limestone	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; CR 0705	Raw flour	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; CR 0705	Slag	Chloride, total	Titration	-	-
Inorganic chemistry	Intern method; ER 9212	Building materials	Carbon, C	Combustion	0,006-1,7 % C	-
Inorganic chemistry	Intern method; ER 9212	Building materials	Carbon, C	Combustion	0,023-6,2 % CO2	-
Inorganic chemistry	Intern method; ER 9212	Building materials	Sulfur, S	Combustion	0,006-4,2 % SO3	-
Inorganic chemistry	Intern method; ER 9212	Building materials	Sulfur, S	Combustion	0,013-1,7% S	-
Inorganic chemistry	Intern method; ER 9212	Cement	Carbon, C	Combustion	0,006-1,7 % C	-
Inorganic chemistry	Intern method; ER 9212	Cement	Carbon, C	Combustion	0,023-6,2 % CO2	-
Inorganic chemistry	Intern method; ER 9212	Cement	Sulfur, S	Combustion	0,006-4,2% SO3	-
Inorganic chemistry	Intern method; ER 9212	Cement	Sulfur, S	Combustion	0,013-1,7% S	-
Inorganic chemistry	Intern method; ER 9212	Lime	Carbon, C	Combustion	0,003-12 % C	-
Inorganic chemistry	Intern method; ER 9212	Lime	Carbon, C	Combustion	0,011-44 % CO2	-
Inorganic chemistry	Intern method; ER 9212	Lime	Sulfur, S	Combustion	0,002-0,47 % S	-
Inorganic chemistry	Intern method; ER 9212	Lime	Sulfur, S	Combustion	0,005-1,17 % SO3	-
Inorganic chemistry	Intern method; ER 9212	Limestone	Carbon, C	Combustion	0,003-12 % C	-
Inorganic chemistry	Intern method; ER 9212	Limestone	Carbon, C	Combustion	0,011-44 % CO2	-
Inorganic chemistry	Intern method; ER 9212	Limestone	Sulfur, S	Combustion	0,002-0,47 % S	-
Inorganic chemistry	Intern method; ER 9212	Limestone	Sulfur, S	Combustion	0,005-1,17 % SO3	-
Inorganic chemistry	Intern method; ER 9213	Solid materials	Loss on ignition	Gravimetry	0-100%	Även fukt
Inorganic chemistry	Intern method; ER 9214	Cement	Na2O- equivalent	Calculation	0- 10 %	-
Inorganic chemistry	Intern method; ER 9214	Clinker	Na2O- equivalent	Calculation	0- 10 %	-
Inorganic chemistry	Intern method; ER 9214	Raw flour	Na2O- equivalent	Calculation	0- 10 %	-
Inorganic chemistry	Intern method; ER 9302	Building materials	Chloride, water soluble	Titration	0,01-25 %	-
Inorganic chemistry	Intern method; SR 9604	Solid materials	Na2O- equivalent	Calculation	0- 10 %	Oxidiska material
Inorganic chemistry	SS-EN 15167-1	Slag	Moisture ratio	-	-	Annex A
Inorganic chemistry	SS-EN 196-10	Cement	Chromium, hexavalent, water soluble	Photometry	0,50 – 10,0 mg Cr6 /kg	-
Inorganic chemistry	SS-EN 196-2	Building materials	Chloride, total	Titration	0,0010 – 0,17 %	-
Inorganic chemistry	SS-EN 196-2	Cement	Insoluble residue	Gravimetry	0,05 – 15 %	-
Inorganic chemistry	SS-EN 196-2	Cement	Loss on ignition	Gravimetry	0-100%	-
Inorganic chemistry	SS-EN 197-1	Cement	C3A	-	-	torrbruk
Inorganic chemistry	SS-EN ISO 10304-1 mod/Inhouse method; SR 9906	Building materials	Chloride, water soluble	Ion chromatography	0,01-25 %	-
Inorganic chemistry	SS-EN ISO 10304-1 mod/Inhouse method; SR 9906	Cement	Chloride, water soluble	Ion chromatography	0,01-25 %	-
Inorganic chemistry	SS-EN ISO 10304-1 mod/Inhouse method; SR 9906	Lime	Chloride, water soluble	Ion chromatography	0,01-25 %	-
Inorganic chemistry	SS-EN ISO 10304-1 mod/Inhouse method; SR 9906	Limestone	Chloride, water soluble	Ion chromatography	0,01-25 %	-
Inorganic chemistry	SS-EN ISO 10304-1 mod/Inhouse method; SR 9906	Solid fuels	Chloride, water soluble	Ion chromatography	0,01-25 %	-
Road- and constructions materials	NT Build 492	Concrete	Migration	-	-	-

Physical properties
Teknikområde	Metod/procedur	Provtyp/System/Produkt	Parameter/Egenskaper	Utrustning/Mätprincip	Mätområde/mätnivå	Anmärkning	Flex	Business unit
Road- and constructions materials	Intern method; ER 9213	Building materials	Moisture content	Gravimetry	-	-
Road- and constructions materials	Intern method; ER 9223	Cement	Sampling and sample preparation	-	-	-
Road- and constructions materials	Intern method; ER 9227	Ash	Compressive strength	-	1-100 MPa	-
Road- and constructions materials	Intern method; ER 9227	Cement	Compressive strength	-	1-100 MPa	-
Road- and constructions materials	Intern method; ER 9227	Slag	Compressive strength	-	1-100 MPa	-
Road- and constructions materials	Intern method; ER 9228	Building materials	Density	Pycnometer	-	-
Road- and constructions materials	Intern method; ER 9301	Cement	Specific surface area	-	-	-
Road- and constructions materials	Intern method; ER 9322	Solid materials	Particle size distribution	-	0,01-3500 µm	-
Road- and constructions materials	SS 137242	Concrete	Carbonation depth	-	-	-
Road- and constructions materials	SS 137244	Concrete	Frost resistance	-	-	-
Road- and constructions materials	SS-EN 12350-1	Concrete	Sampling, fresh concrete	-	-	-
Road- and constructions materials	SS-EN 12350-2	Concrete	Slump-test	-	-	-
Road- and constructions materials	SS-EN 12350-6	Concrete	Density, fresh concrete	-	-	-
Road- and constructions materials	SS-EN 12350-7	Concrete	Air content, fresh concrete	-	-	Endast tryckmätningsmetoden
Road- and constructions materials	SS-EN 12350-8	Concrete	Slump-flow test	-	-	-
Road- and constructions materials	SS-EN 12390-1	Concrete	Shape, dimension	-	-	-
Road- and constructions materials	SS-EN 12390-16	Concrete	Shrinkage	-	-	-
Road- and constructions materials	SS-EN 12390-2	Concrete	Strength testing	-	-	-
Road- and constructions materials	SS-EN 12390-3	Concrete	Compressive strength	-	-	-
Road- and constructions materials	SS-EN 12390-7	Concrete	Density	-	-	-
Road- and constructions materials	SS-EN 12504-1	Concrete	Pressure testing	-	-	-
Road- and constructions materials	SS-EN 196-1	Ash	Tensile	-	-	-
Road- and constructions materials	SS-EN 196-1	Cement	Tensile	-	-	-
Road- and constructions materials	SS-EN 196-11	Cement	Temperature rise	Calorimeter	-	-
Road- and constructions materials	SS-EN 196-3	Cement	Setting time	-	-	-
Road- and constructions materials	SS-EN 196-3	Cement	Setting time	-	-	Ej slutlig bindetid (kap. 6.3 i 196-3)
Road- and constructions materials	SS-EN 196-3	Cement	Volumetric stability	-	-	-
Road- and constructions materials	SS-EN 196-6	Cement	Specific surface area	-	200-700 m²/kg	Endast Blaine, manuell metod
Road- and constructions materials	SS-EN 196-7	Cement	Sampling and sample preparation	-	-	-
Road- and constructions materials	SS-EN 932-2	Aggregat	Crushing	-	-	Ej kap. 7 i standard
Road- and constructions materials	SS-EN 933-1	Aggregat	Particle size distribution	Sieving	-	-

The accredited body has been granted flexible scope. The body shall be able to provide an updated list of the current scope of accreditation upon request.

Regulations

ILAC G17:01/2021: ILAC Guidelines for Measurement Uncertainty in Testing
STAFS 2020:1: Swedacs föreskrifter och allmänna råd om ackreditering