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Accreditation scope for

TEST 107

SINTEF AS

SINTEF Community

Postboks 124 Blindern
0314 OSLO

Telephone: Tlf. 73 59 33 90
E-mail: anette.gabrielsen@sintef.no
Internet: http://www.sintef.no
The laboratory meets the requirements in

NS-EN ISO/IEC 17025:2017




Accreditation includes:
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The administrative / geographical unit:
Akkustikklaboratoriet
Børrestuveien 3
0373 Oslo


Permanent facility
P01 Acoustics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Floor dividers
Parameter
Weighted, normalized impact sound insulation, Ln,w Weighted impact sound improvement factor, ΔLw
Reference standard
NS-EN ISO 717-2
Internal method identity
14-05-48-514 14-05-48-515
Comment
Calculation of impact sound insulation and impact sound improvement. Applies to: Floors and floor coverings.
Object
Floor dividers
Parameter
Impact sound insulation, Ln
Reference standard
ISO 10140-3
Internal method identity
14-05-48-514
Comment
Impact sound level and impact sound improvement. Can be combined with preparation and installation requirements according to NS-EN ISO 10140-1
Object
Sound absorbers
Parameter
Practical sound absorption coefficient, αp Weighted sound absorption coefficient, αw Classification of sound absorbers
Reference standard
NS-EN ISO 11654
Internal method identity
Comment
Classification of sound absorbers and calculating the weighted sound absorption coefficient
Object
Sound absorbers, interior design
Parameter
Measurement of sound absorption in a reverberation room
Reference standard
ISO 354
Internal method identity
14-05-48-516
Comment
Sound absorbation factor 100 Hz - 5 kHz
Object
Vertical and horizontal partition structures
Parameter
Airborne sound insulation, R
Reference standard
ISO 10140-2
Internal method identity
14-05-48-511 14-05-48-512 14-05-48-513 14-05-48-517
Comment
Sound reduction number. Can be combined with preparation and installation requirements according to NS-EN ISO 10140-1
Object
Vertical and horizontal partition structures
Parameter
Weighted airborne sound insulation value, Rw Weighted airborne sound improvement value, ΔRw
Reference standard
NS-EN ISO 717-1
Internal method identity
14-05-48-511 14-05-48-512 14-05-48-513 14-05-48-517
Comment
Calculation of weighted sound reduction figure.
The administrative / geographical unit:
Betonglaboratoriet - Trondheim
Richard Birkelands veg 1
7034 Trondheim


Permanent facility
P12 Chemical analysis
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Concrete powder
Parameter
Loss on ignition
Reference standard
NS-EN 196-2
Internal method identity
14-05-04-579
Comment
Loss on ignition is the mass loss of cement powder heated in air at 950 ± 25 ° C..
Object
Concrete powder
Parameter
Insoluble residue
Reference standard
NS-EN 196-2
Internal method identity
14-05-04-580
Comment
Insoluble residue in cement is obtained by decomposing cement powder with diluted, hydrochloric acid. The remains are boiled in a solution of sodium carbonate. Insoluble residue is determined gravimetrically.
Object
Concrete powder
Parameter
Determination of sulfate
Reference standard
NS-EN 196-2
Internal method identity
14-05-04-580
Comment
The cement is decomposed with hydrochloric acid. Sulfate is precipitate by a barium chloride solution. Sulfate is determined gravimetrically.
Object
Concrete powder
Parameter
Determination of chloride
Reference standard
NS-EN 196-2
Internal method identity
14-05-04-578
Comment
The cement is decomposed in boiling, diluted nitric acid. Chlorides are precipitated with silver nitrate and back-titrated with amounium thiocyanate using iron (III) salt as indicator.
P14 Mechanics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Hardened mortar (prism)
Parameter
Flexural strength, compressive strength
Reference standard
NS-EN 196-1
Internal method identity
14-05-04-585
Comment
Flexural strength tested on prisms in 3-point bending and compressive strength on the remaining halves.
Object
Mortar
Parameter
Heat of hydration
Reference standard
NS-EN 196-9
Internal method identity
14-05-04-587
Comment
Freshly mixed mortar is filled in a calorimeter to determine the amount of cement hydration heat according to the temperature development relative to an inert reference sample.
Object
Cement paste
Parameter
Heat of hydration
Reference standard
NS-EN 196-11
Internal method identity
14-05-04-588
Comment
Freshly mixed cement paste placed in an isothermal calorimeter releases heat of hydration to the heat sink and is compared to an inert referance.
Object
Cement paste
Parameter
Standard consistency Soundness
Reference standard
NS-EN 196-3
Internal method identity
14-05-04-586
Comment
The cement is mixed with water to a paste. The water is adjusted so the Vicat needle will penetrate to specified penetration depth. Soundness is determined by volume expansion of cement paste in standard consistency.
Object
Cement paste
Parameter
Initial and final setting time
Reference standard
NS-EN 196-3
Internal method identity
14-05-04-586
Comment
Setting times are measured using a Vicat needle that penetrates cement paste in standard consistency in time intervals to specified penetration depths.
The administrative / geographical unit:
Materiallaboratoriet - Trondheim
Høgskoleringen 7b
7034 Trondheim


Permanent facility
P07 Physics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Building materials
Parameter
Determination of water vapour transmission properties (ISO 12572:2001)
Reference standard
NS-EN ISO 12572
Internal method identity
Comment
Object
Bitumen sheets for roof waterproofing
Parameter
Determination of shear resistance of joints
Reference standard
NS-EN 12317-1
Internal method identity
Comment
Object
Bitumen sheets for roof waterproofing
Parameter
Determination of peel resistance of joints
Reference standard
NS-EN 12316-1
Internal method identity
Comment
Object
Plastic and rubber sheets for roof waterproofing
Parameter
Determination of shear resistance of joints
Reference standard
NS-EN 12317-2
Internal method identity
Comment
Object
Bitumen sheets for roof waterproofing
Parameter
Determination of resistance to tearing (nail shank)
Reference standard
NS-EN 12310-1
Internal method identity
Comment
Test sample according to NS-EN 13859
Object
Plastic and rubber sheets for roof waterproofing
Parameter
Determination of resistance to tearing
Reference standard
NS-EN 12310-2
Internal method identity
Comment
Object
Bitumen sheets for roof waterproofing
Parameter
Determination of tensile properties
Reference standard
NS-EN 12311-1
Internal method identity
Comment
Test sample according to NS-EN 13859
Object
Plastic and rubber sheets for roof waterproofing
Parameter
Determination of peel resistance of joints
Reference standard
NS-EN 12316-2
Internal method identity
Comment
Object
Plastic and rubber sheets for roof waterproofing
Parameter
Determination of tensile properties
Reference standard
NS-EN 12311-2
Internal method identity
Comment
P14 Mechanics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Thermal insulation products for buildings - Factory made mineral wool (MW) products - specific
Parameter
Sampling of fiber for isolation
Reference standard
NS-EN 13162:2012+A1:2015
Internal method identity
KS 14-05-21
Comment
The administrative / geographical unit:
Mekanisk prøving av konstruksjoner
Børrestuveien 3
0373 Oslo


Permanent facility
P14 Mechanics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Stillaskomponenter: rekkverk
Parameter
Lastbærende kapasitet og stivhet for statiske laster
Reference standard
NS-EN 12811-3
Internal method identity
14-05-26-527
Comment
Laster iht. NS-EN 12811-1:2003
Object
Stillaskomponenter: Stillasplan og plank
Parameter
Lastbærende kapasitet og stivhet for statiske laster
Reference standard
NS-EN 12811-3
Internal method identity
14-05-26-525
Comment
Laster iht. NS-EN 12811-1:2003
The administrative / geographical unit:
Sanitær- og våtromslaboratoriet
Børrestuveien 3
0373 Oslo


Permanent facility
P01 Acoustics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Sanitary tap fittings
Parameter
Acoustic properties
Reference standard
NS-EN ISO 3822-1
Internal method identity
522
Comment
Object
Sanitary tap fittings
Parameter
Acoustic properties
Reference standard
NS-EN ISO 3822-2
Internal method identity
522
Comment
Object
Sanitary tap fittings
Parameter
Acoustic properties
Reference standard
NS-EN ISO 3822-3
Internal method identity
522
Comment
P07 Physics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Watertight covering kits for wet room floors and or walls
Parameter
Watertight covering
Reference standard
ETAG 022
Internal method identity
561--567
Comment
Annex A, B, C, D, E, F, G and H (only 2.4.4.1 and 2.4.4.6)
P14 Mechanics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
WC pans and WC suites, class 1
Parameter
Functional testing
Reference standard
NS-EN 997
Internal method identity
541-555
Comment
Object
Water supply
Parameter
Sampling for analysis of heavy metals in water
Reference standard
NKB4
Internal method identity
533-5335
Comment
Object
Sanitary tap fittings - Mechanical mixers (PN 10)
Parameter
Functional testing
Reference standard
NS-EN 817
Internal method identity
501-532
Comment
Object
Sanitary tap fittings - Tap valves and tap mixers for water supply systems type 1 and type 2
Parameter
Functional testing
Reference standard
NS-EN 200
Internal method identity
501-532
Comment
Object
Sanitary tap fittings - Thermostatic mixers (PN 10)
Parameter
Functional testing
Reference standard
NS-EN 1111
Internal method identity
501-532
Comment
Object
Sanitary tap equipment with electronic opening and closing
Parameter
Functional testing
Reference standard
NS-EN 15091
Internal method identity
501-532
Comment
Object
Water closets: Flush volume less than 6 liters (NT VVS 120)
Parameter
Function testing
Reference standard
NT VVS 120
Internal method identity
541-555
Comment
The administrative / geographical unit:
Varmelaboratoriet
Høgskoleringen 7b
7034 Trondheim


Permanent facility
P07 Physics
Object
Parameter
Reference standard
Internal method identity
Comment
Object
Building materials
Parameter
Determination of thermal resistance by means of guarded hot plate and heat flow meter methods - Products of high and medium thermal resistance
Reference standard
EN 12667
Internal method identity
Comment
Object
Building materials
Parameter
Determination of thermal resistance by means of guarded hot plate and heat flow meter methods - Thick products of high and medium thermal resist
Reference standard
NS-EN 12939
Internal method identity
Comment
Object
Building materials
Parameter
Determination of steady-state thermal resistance and related properties -- Heat flow meter apparatus
Reference standard
ISO 8301
Internal method identity
Comment