Alleima Tube AB

Accreditation no: 1636

Org no:: 556234-6832
Phone:: 026-4260000
Website:: www.alleima.com
Postal address:: Alleima Tube AB, 811 81 Sandviken
Visiting address:: Storgatan 2, 811 34 Sandviken · Show on map

Business unit

Sandviken, Analyslaboratoriet, 4380 (ID 001) Sandviken, Kalibreringscentrum (ID 005) Sandviken, Leveransprovning Rör, 5489 (ID 003)

Type of body

Calibration Testing

Testing, SS-EN ISO/IEC 17025:2018

Latest decision date: 2025-06-13

Chemical analysis
Teknikområde	Metod/procedur	Provtyp/System/Produkt	Parameter/Egenskaper	Utrustning/Mätprincip	Mätområde/mätnivå	Flex	Business unit
Inorganic chemistry	ASTM E1019	Iron/Iron alloys	Carbon, C	Combustion	0,003 – 0,25 wt %
Inorganic chemistry	ASTM E1019	Iron/Iron alloys	Nitrogen, N	Combustion	0,001 – 0,6 wt %
Inorganic chemistry	ASTM E1019	Iron/Iron alloys	Sulfur, S	Combustion	0,0005 – 0,030 wt %
Inorganic chemistry	ASTM E1019	Nickel/Nickel alloys	Carbon, C	Combustion	0,003 – 0,25 wt %
Inorganic chemistry	ASTM E1019	Nickel/Nickel alloys	Nitrogen, N	Combustion	0,001 – 0,6 wt %
Inorganic chemistry	ASTM E1019	Nickel/Nickel alloys	Sulfur, S	Combustion	0,0005 – 0,030 wt %
Inorganic chemistry	ASTM E1019	Steel	Carbon, C	Combustion	0,003 – 0,25 wt %
Inorganic chemistry	ASTM E1019	Steel	Nitrogen, N	Combustion	0,001 – 0,6 wt %
Inorganic chemistry	ASTM E1019	Steel	Sulfur, S	Combustion	0,0005 – 0,030 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Chromium, Cr	XRF	0,01 – 10 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Copper, Cu	XRF	0,03 – 0,6 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Manganese, Mn	XRF	0,01 – 1,5 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Molybdenum, Mo	XRF	0, 01 – 1,5 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Nickel, Ni	XRF	0,01 – 3,0 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Phosphorus, P	XRF	0,003 – 0,08 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Silicon, Si	XRF	0,01 – 1,5 wt %
Inorganic chemistry	ASTM E1085, mod	Steel	Vanadium, V	XRF	0,005 – 0,4 wt %
Inorganic chemistry	ASTM E1086, mod	Nickel/Nickel alloys	Aluminum, Al	OES	0,005 – 0,5 wt %
Inorganic chemistry	ASTM E1086, mod	Nickel/Nickel alloys	Boron, B	OES	0,0004 – 0,02 wt %
Inorganic chemistry	ASTM E1086, mod	Steel	Aluminum, Al	OES	0,005 – 0,050 wt %
Inorganic chemistry	ASTM E1086, mod	Steel	Boron, B	OES	0,0010 – 0,0040 wt %
Inorganic chemistry	ASTM E1086, mod	Steel	Carbon, C	OES	0,005 – 0,25 wt %
Inorganic chemistry	ASTM E1086, mod	Steel	Sulfur, S	OES	0,003 – 0,065 wt %
Inorganic chemistry	ASTM E415, mod	Steel	Aluminum, Al	OES	0,006 – 0,10 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Aluminum, Al	XRF	0,4 – 2,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Chromium, Cr	XRF	10 – 30 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Cobalt, Co	XRF	0,010 – 2,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Copper, Cu	XRF	0,010 – 2,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Iron, Fe	XRF	0,1 – 20 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Manganese, Mn	XRF	0,01 – 5,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Molybdenum, Mo	XRF	0,01 – 5,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Nickel, Ni (rest)	XRF	50 – 100 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Niob, Nb	XRF	0,01 – 5,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Phosphorus, P	XRF	0,003 – 0,05 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Silicon, Si	XRF	0,05 – 2,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Tantalum, Ta	XRF	0,01 – 0,5 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Titanium, Ti	XRF	0,01 – 3,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Nickel/Nickel alloys	Tungsten, W	XRF	0,01 – 4,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Chromium, Cr	XRF	10 – 25 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Cobalt, Co	XRF	0,010 – 1,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Copper, Cu	XRF	0,060 – 3,5 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Manganese, Mn	XRF	0,30 – 5,5 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Molybdenum, Mo	XRF	0,02 – 6,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Nickel, Ni	XRF	0,01 – 48 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Niob, Nb	XRF	0,03 – 1,3 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Phosphorus, P	XRF	0,010 – 0,030 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Silicon, Si	XRF	0,10 – 2,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Titanium, Ti	XRF	0,005 – 2,0 wt %
Inorganic chemistry	ASTM E572, mod/SS-EN 10315	Steel	Vanadium, V	XRF	0,02 – 0,25 wt %
Inorganic chemistry	Intern metod; GAAS,K726	Nickel/Nickel alloys	Lead, Pb	GFAA	1 – 6 µg/g
Inorganic chemistry	Intern metod; GAAS,K726	Steel	Lead, Pb	GFAA	1 – 6 µg/g
Inorganic chemistry	SS-EN ISO 15350	Iron/Iron alloys	Carbon, C	Combustion	0,003 – 0,25 wt %
Inorganic chemistry	SS-EN ISO 15350	Iron/Iron alloys	Sulfur, S	Combustion	0,0005 – 0,030 wt %
Inorganic chemistry	SS-EN ISO 15350	Nickel/Nickel alloys	Carbon, C	Combustion	0,003 – 0,25 wt %
Inorganic chemistry	SS-EN ISO 15350	Nickel/Nickel alloys	Sulfur, S	Combustion	0,0005 – 0,030 wt %
Inorganic chemistry	SS-EN ISO 15350	Steel	Carbon, C	Combustion	0,003 – 0,25 wt %
Inorganic chemistry	SS-EN ISO 15350	Steel	Sulfur, S	Combustion	0,0005 – 0,030 wt %
Inorganic chemistry	SS-EN ISO 15351	Iron/Iron alloys	Nitrogen, N	Combustion	0,001 – 0,6 wt %
Inorganic chemistry	SS-EN ISO 15351	Nickel/Nickel alloys	Nitrogen, N	Combustion	0,001 – 0,6 wt %
Inorganic chemistry	SS-EN ISO 15351	Steel	Nitrogen, N	Combustion	0,001 – 0,6 wt %

Climate and environmental durability
Teknikområde	Metod/procedur	Provtyp/System/Produkt	Parameter/Egenskaper	Anmärkning	Business unit
Corrosion testing	ASTM A923-14	Steel	Corrosion testing	Metod C
Corrosion testing	ASTM G48-20	Metallic materials	Corrosion testing	Metod A

Material testing
Teknikområde	Metod/procedur	Provtyp/System/Produkt	Parameter/Egenskaper	Anmärkning	Business unit
Metallography	ASTM A923-23	Steel	Structure testing	Metod A
Metallography	ASTM E112-24	Metallic materials	Grain size	-
Metallography	ASTM E562-19e1	Metallic materials	Ferrite content	-
Metallography	SS-EN ISO 4288:1998	Metallic materials	Surface smoothness	-
Metallography	SS-EN ISO 643:2020	Metallic materials	Grain size	-

Strength testing
Metod/procedur	Provtyp/System/Produkt	Parameter/Egenskaper	Utrustning/Mätprincip	Anmärkning	Business unit
ASTM A370-24	Metallic materials	Impact Testing	Charpy	-
ASTM A923-23	Steel	Impact Testing	Charpy	Metod B
ASTM E18-24	Metallic materials	Hardness Testing	Rockwell	-
ASTM E23-22	Metallic materials	Impact Testing	Charpy	-
ASTM E8-21	Metallic materials	Tensile Testing	-	-
ISO 6508-1:2023	Metallic materials	Hardness Testing	Rockwell	-
SS-EN ISO 148-1:2016	Metallic materials	Impact Testing	Charpy	-
SS-EN ISO 6892-1:2019	Metallic materials	Tensile Testing	-	Annex G ingår ej

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

Calibration, SS-EN ISO/IEC 17025:2018

Latest decision date: 2025-05-06

Length related quantities
Mätstorhet	Metod/procedur	Produkt/objekt	Utvidgad mätosäkerhet ±	Mätområde/mätnivå	Business unit
Length	ASTM E83-16	Elongation gauge	1,3 µm or 0,31 %	0,020 - 35 mm
Length	EN ISO 9513:2012	Elongation gauge	1,3 µm or 0,31 %	0,020 - 35 mm

Mass related quantities
Mätstorhet	Metod/procedur	Produkt/objekt	Parameter/Egenskaper	Utvidgad mätosäkerhet ±	Utrustning/Mätprincip	Mätområde/mätnivå	Anmärkning	Business unit
Force	ASTM E4-20	Pressure testing machine	-	0,25 %	-	50 N - 1000 KN	-
Force	ASTM E4-20	Tensile testing machine	-	0,25 %	-	50 N - 1000 KN	-
Force	EN ISO 7500-1:2018	Pressure testing machine	-	0,2 %	-	100 N - 800 kN	-
Force	EN ISO 7500-1:2018	Pressure testing machine	-	0,2 N	-	20 N-100 N	-
Force	EN ISO 7500-1:2018	Tensile testing machine	-	0,2 %	-	100 N - 800 kN	-
Force	EN ISO 7500-1:2018	Tensile testing machine	-	0,2 N	-	20 N-100 N	-
Hardness	ASTM E18-24	Hardness meter	Brinell, vickers etc	0,23 - 1,22 HR Depending on which hardness block is used.	Rockwell	Skalorna: HRA, HRB, HRC, HR15-45N, HR15-45T	Med undantag av: A1.3.2, A1.3.3, A1.3.4, A1.3.5
Hardness	ASTM E384-17	Hardness meter	Brinell, vickers etc	2,1 - 37,5 HV Depending on which hardness block is used.	Vickers	HV0,2 till HV1	Med undantag av: A1.2.5
Hardness	ASTM E92-17	Hardness meter	Brinell, vickers etc	2,1 - 37,5 HV Depending on which hardness block is used.	Vickers	HV0,2 till HV30	Med undantag av: A1.3.2, A1.3.4. A3, A4
Hardness	EN ISO 6507-2:2006	Hardness meter	Brinell, vickers etc	2,1 - 37,5 HV Depending on which hardness block is used.	Vickers	HV0,2 till HV30	Med undantag av: 4.3.2 - 4.3.4
Hardness	EN ISO 6508-2:2024	Hardness meter	Brinell, vickers etc	0,23 - 1,22 HR Depending on which hardness block is used.	Rockwell	Skalorna: HRA, HRB, HRC, HR15-45N, HR15-45T	Med undantag av: 5.3, 5.5, 7

The calibration and measurement capability (CMC) includes measureand (technology area), method, measurement range and expanded measurement uncertainty. The expanded measurement uncertainty corresponds to a coverage probability (confidence level) of ~95%.

Regulations

STAFS 2020:1: Swedacs föreskrifter och allmänna råd om ackreditering