| C, M, and CM series |
(Test=
methods
mainly for chemical and mechanical pulps and for wood chips) |
Price, SEK |
| CM 6:05 |
Mechanical
and chemical pulps - F=
ibre
fractionation -=
in the
McNett classifier |
240 |
| CM 11:95 |
Pulps
– Preparation of laboratory sheets (optical properties) – She=
ets
for measuring ISO brightness |
240 |
| C 20:65 |
Floating
tendency and swelling of pulp sheets |
200 |
| CM 27:00 |
Pulp
– Preparation of laboratory sheets for determination of
light-scattering and light-absorption coefficients, opacity and Y-value
| 200 |
| CM 31:77 |
Pulps
– Initial wet web tensile strength, stretch and tensile energy
absorption – 25 per cent dry matter content (=3D C 31:77/M 11:77)
| 200 |
| C 32:78 |
Fluff
– Heat treatment for ageing tests |
160 |
| C 33:80 |
Fluff
– Specific volume and absorption properties |
200 |
| CM 37:85 |
Fluff
– Knot content |
200 |
| CM 38:05 |
Pulps,
papers and boards – Calcium, magnesium, iron, manganese and copper
content – Atomic absorption spectroscopy (=3D P 74:05) |
300 |
| CM 39:94 |
Wood
chips for pulp production – Dry matter content |
160 |
| CM 40:01 |
Wood
chips for pulp production – Size distribution |
200 |
| CM 41:94 |
Wood
chips for pulp production – Sampling |
200 |
| CM 42:06 |
Wood
chips for pulp production – Bark content |
160 |
| CM 43:95 |
Wood
chips for pulp production – Basic density |
200 |
| CM 44:97 |
Pulps
(dried market pulps) – AOX, COD and TOC removable by washing |
200 |
| C 45:00 |
Pulp
(wet, never-dried chemical pulp) – COD and TOC removable by washing=
|
240 |
| CM 46:92 |
Wood
chips for pulp production – Bulk density |
200 |
| CM 47:92 |
Wood
chips for pulp production – Thickness and thickness distribution
| 200 |
| CM 48:01 |
Wood
chips for pulp production – Length and length distribution, width a=
nd
width distribution |
240 |
| CM 49:03 |
Wood
chips for pulp production and pulp - Content of acetone-soluble matter |
240 |
| CM 53:94 |
Wood
chips for pulp production – Wood content in the bark fraction |
200 |
| CM 54:97 |
Pulps,
papers and boards – Cadmium and lead content – Atomic absorpt=
ion
spectrometry - graphite furnace technique (=3D P 73:97) |
240 |
| CM 55:99 |
Pulp
– Extractable organic chlorine |
300 |
| CM 57:99 |
Pulp
– Total sulphur content |
200 |
| CM 59:01 |
Wood
chips for pulp production – Preparation of tablets for the measurem=
ent
of ISO brightness |
200 |
| C 60:02 |
Pulp,
paper and paperboard – Microbiological examination – Total co=
lony
number – Using the dry rehydratable film method (=3DP 81:02) |
240 |
| C 61:02 |
Pulp,
paper and paperboard – Microbiological examination – Surface
colony number – Using the dry rehydratable film method (=3DP 82:02)=
|
240 |
| C 62:00 |
Chemical
pulp – Water Retention Value |
240 |
| CM 63:05 |
Pulp,
paper and board – Sodium and potassium contents – Atomic
Absorption Spectroscopy (AAS) using a flame (=3DP 83:05) |
240 |
| CM 65:02 |
Pulp
- Total acidic group c=
ontent
– Conductometric titration method |
200 |
| CM 66:05 |
Mechanical
and chemical pulps - F=
ines
content |
240 |
| CM 67:03 |
Wood
chips for pulp production and pulp - Content of extractable lipophilic matter |
240 |
| CM 68:05 |
Mechanical
and chemical pulps - S=
tandard
water for physical testing - Conductivity (40-150) mS/m |
160 |
| CM 69:09 |
Pulps - Initial wet tensile properties at different dry =
matter
content |
300 |
| CM 70:09 |
In-plane shrinkage of laborat=
ory
sheets |
300 |
| CM 71:09 |
Pulps - Carbo=
hydrate
composition |
300 |
|
| Total
sum |
8020 |
|
| Price
for a complete series |
4010 |
|
|
|
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| N series |
(Proc=
edures for
non-fibrous materials) |
Price, SEK |
| N 2:88 |
White
and green liquors – Total, active and effective alkali –
Titration with indicators |
160 |
| N 3:63 |
Sulphide,
sulphite and thiosulphate in white and green liquors |
160 |
| N 4:78 |
White
and green liquors – Chloride content |
160 |
| N 5:83 |
White
and green cooking liquors – Total sulphur |
160 |
| N 6:85 |
White
and green liquors – Sulphate content |
160 |
| N 22:96 |
Black
liquor – Dry matter content and fibre content |
240 |
| N 23:78 |
Lime
sludge – Dry matter content |
160 |
| N 25:81 |
Burnt
lime sludge – Available lime |
160 |
| N 26:81 |
Lime
and lime sludge – Acid-soluble sodium |
160 |
| N 27:81 |
Lime
sludge – Water-soluble sodium |
160 |
| N 30:85 |
White
and green liquors – Total, active and effective alkali –
Potentiometric titration |
200 |
| N 31:94 |
White,
green and black liquor – Hydrogen sulphide ion concentration |
240 |
| N 32:98 |
White,
green and black liquors and burnt lime sludge – Carbonate content
| 240 |
| N 33:94 |
Black
liquor – Residual alkali (Hydroxide ion content) |
200 |
| N 34:96 |
Oxidized
white liquors – Hydrogen sulphide ion concentration |
200 |
| N 35:96 |
Black
liquors – Total sulphur content |
300 |
| N 36:98 |
Black
liquors and sulphite spent liquor – Sulphite, sulphate and thiosulp=
hate
ion concentrations |
200 |
| N 37:98 |
Black
liquor – Sodium and potassium contents |
200 |
| N 38:01 |
Black
liquor – Acid-soluble calcium, magnesium, iron, manganese, aluminium
and silica |
240 |
| N 39:05 |
Process
liquors from bleached plants -
Dissolved and precipitated oxalate -<=
font
class=3D"font6"> Using Ion Chromatography |
240 |
|
| Total
sum |
3940 |
|
| Price
for a complete series |
1970 |
|
|
|
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| P series |
(Test=
methods
for paper and board) |
Price, SEK |
| P 9:93 |
Paper
and board – Identification of machine and cross direction |
160 |
| P 20:95 |
Papers
and boards – Wet tensile strength and wet tensile strength retention
– Constant rate of elongation method |
300 |
| P 26:78 |
Paper
and board – Air permeance – Method for dense papers |
200 |
| P 29:95 |
Papers
and boards – Bending resistance |
200 |
| P 36:02 |
Paper
and board – Evaluation of test prints |
200 |
| P 37:77 |
Paper
and board – Oil absorbency – Cobb-Unger method |
160 |
| P 39:80 |
Fillers
and pigments – Dry matter content |
160 |
| P 40:80 |
Fillers
and pigments – Ignition residue |
160 |
| P 41:81 |
Fillers
and pigments – Coarse particles&nb=
sp;
– Wet sieving method |
160 |
| P 42:81 |
Paper
and board – CCT value and CCT index – Corrugated crush test
| 200 |
| P 45:86 |
Fillers,
pigments and starch – Sampling |
200 |
| P 48:83 |
Fillers
and pigments – pH value of an aqueous suspension |
160 |
| P 50:84 |
Pigments
– Brookfield viscosity of slurries |
160 |
| P 52:84 |
Starch
– Dry matter content |
160 |
| P 53:84 |
Low
density papers – Air permeance – Gurley method |
200 |
| P 54:84 |
Starch
– Chloride content |
160 |
| P 55:85 |
Fill=
ers
and pigments – Dispersion agent requirement |
200 |
| P 56:86 |
Modified
starch products – Organic nitrogen by the Kjeldahl method |
160 |
| P 57:86 |
Low=
-density
papers – Heat treatment for curing tests |
160 |
| P 59:87 |
Fillers
and pigments – Microbiology – Enumeration of bacteria |
200 |
| P 61:88 |
Latex
– Dry matter content |
160 |
| P 65:91 |
Corrugated
fibreboards and boards – Bending stiffness – Four-point metho=
d |
300 |
| P 70:09 |
Papers
and boards – Ink-absorbency value |
300 |
| P 73:97 |
Pulps,
papers and boards – Cadmium and lead content – Atomic absorpt=
ion
spectrometry – graphite furnace technique (=3DCM 54:97) |
240 |
| P 74:05 |
Pulps,
papers and boards – Calcium, magnesium, iron, manganese and copper
content – Atomic absorption spectroscopy (=3D CM 38:05) |
300 |
| P 77:95 |
Papers
and boards – Fracture toughness – Constant rate of elongation
method (1,7 mm/s) |
300 |
| P 78:02 |
Paper
and board – Test printing – using a Prüfbau-type
printability tester |
200 |
| P 79:02 |
Newsprint
– Test printing – using a Prüfbau-type printability test=
er |
200 |
| P 80:98 |
Papers
and boards – Z-directional tensile strength |
200 |
| P 81:02 |
Pulp,
paper and paperboard – Microbiological examination – Total co=
lony
number – Using the dry rehydratable film method (=3DC 60:02) |
240 |
| P 82:02 |
Pulp,
paper and paperboard – Microbiological examination – Surface
colony number – Using the dry rehydratable film method (=3DC 61:02)=
|
240 |
| P 83:05 |
Pulp,
paper and board – Sodium and potassium contents – Atomic
Absorption Spectroscopy (AAS) using a flame (=3D CM 63:05) |
240 |
| P 84:02 |
Paper
and board – Surface roughness and surface compressibility –
Bendtsen method with pressure correction |
200 |
| P 85:02 |
Paper
and board – Air permeance – Bendtsen method with pressure
correction |
200 |
| P 86:02 |
Paper
and board – Test printing – using an IGT-type printability te=
ster |
200 |
| P 87:02 |
Newsprint
– Test printing – using an IGT-type printability tester |
200 |
| P 88:01 |
Paper
and board – Structural thickness and structural density |
240 |
| P 89:03 |
Filler
and pigment (powder and slurries) – Preparation of tablets for the
measurement of ISO brightness, Y-value and color (C/2º) |
200 |
| P 90:03 |
Paper
and board – Z-directional toughness |
240 |
| P 91:09 |
Paper,
board and process waters – Starch content (=3DW 13:09) |
500 |
| P 92:09 |
Paper
and board - Beta-radiation-based grammage formation measurement — P=
oint
source method |
500 |
|
| Total
sum |
9060 |
|
| Price
for a complete series |
4530 |
|
|
|
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| NSP
Reports * |
(Titl=
e) |
Price, SEK |
| NSP
Report No. 1 |
Accelerated ageing of =
chemical
pulps −Compared to natural ageing in a warehouse (NSP-WG Physical testing − Pulp) |
600 |
| NSP
Report No. 2 |
Minimizing interlabora=
tory
deviations in the molecular mass determination of chemical pulps by lithi=
um
chloride/N,N-dimethylacetamide – size-exclusion chromatography (E. Sjöholm, R. Wadsborn, J Brucher, B. Hortling) |
600 |
| NSP
Report No 3 |
Two methods for extrac=
tion and
GC- analysis of lipophilic wood extractives (NSP-WG
Extractives, Convenor: Marianne Björklund Jansson) |
500 |
| NSP
Report No 4 |
Determination of extra=
ct content
in pulp and chip samples - Influence of various parameters |
500 |
| NSP
Report No 5 |
Beta-radiation based g=
rammage
formation measurement - Radiogram methods applicable to paper a=
nd
light weight board |
500 |
| |
Total=
sum |
2700 |
| <=
/td>
| |
&nb=
sp; |
|
|
|
* NSP members, who fin=
anced the
projects through NSP, have free access to the NSP reports published in the
”Publications” area of the NSP web site. Companies which did
not finance the different projects may
buy a copy of the reports. |
|
|
|
|
|
|
|
|
|
|
|
|
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