APPENDICES ONE

Material Specifications and Properties Plastics and Rubbers

TECHNICAL
Duroplast Delrin Polyacetal 150 Delrin Polyacetal 150
Mechanical Properties ASTM Method ValuesPolyac. 150 Mechanical Properties ASTM Method Values
1. All the values reported in the tables are the result of tests car- Density D792 1,42 g/cm² Coefficient of dynamic D1894
ried out in our laboratories under controlled temperate and humid- friction against steel
Tensile strength @ yield D628
no lubricant -61T 0,10 - 0,30
ity (23C - 58% rh) in given conditions of use for a relatively limited -55°C 101 N/mm²
water lubricated 0,10 - 0,20
time. The technical designer should consider to use an adequate -40°C -N/mm²
oil lubricated 0,05 - 0,10
safety factor for particularly heavy conditions of use. 12°C 69 N/mm²
2. “Max. limit static load” means the value over which the applied 70°C 48 N/mm²
against Brass 0,15
load 100°C 36 N/mm²
against Aluminium 0,15
122°C 26 N/mm²
to the element, in certain conditions of use, may cause material against Polyacetal 0,35
Elongation @ break D638
deformation. To establish the admissible load on the element, THERMAL PROPERTIES
-55°C 0,38%
designers should consider an appropriate safety factor according Melting point D2133 175°C
-40°C -%
to specific Deflection temperature D648
12°C 75% under flexural load
conditions of use to vibrations, and dynamic loads. 70°C 230% 1,8 N/mm² 38°C
100°C >260% 0,5 N/mm² 172°C
Chemical Agents Resistance Duroplast Painted Duroplast 122°C >260% Thermal conductivity 0,37 W/mK
(PF) 23C Clean 23C
Tensile E Modulus D638 3100 N/mm² Specific heat 1,47 Kj/kgK
Alcohol Q Q
(methanol, ethanol, isopropanol, ...) Shear Strength D732 66 N/mm² Coefficient of linear thermal expansion D696
Flexural Modulus D790 -40°C - 30°C 10,4 1x10-50°C
Boiling water ˆ ˆ
-55°C 3650 N/mm² 30°C - 60°C 12,1 1x10-50°C
Edible Oils Q Q
-40°C 2620 N/mm² 60°C - 105°C 13,7 1x10-50°C
Esters Q N/A -23°C 1550 N/mm²
(methyl acetate, ethyl acetate, ...) 105°C - 150°C 14,9 1x10-50°C
-70°C 895 N/mm² Flamability UL94 HB
Ether (ethyl eter, oil ether, ...) Q N/A
-100°C 620 N/mm²
Maximum continuous use temperature
Fat Q N/A Flexural fatigue endurance limit D671 32 N/mm²
in air 90°C
Ketons (acetone) Q Q Compressive stress D695
in water 65°C
Mineral oils Q Q 1% deformation 36 N/mm²
Maximum intermittent use temperature
10% deformation 124 N/mm²
Petrol, gas oil, benzene Q Q in air 150°C
Izod impact strength D256
in water 80°C
Strong acids (hydrolic, nitric, sulphuric, ...)   unnotched no break J/m
Minimum continuous use temperature -40°C
Strong alkali   -40°C 96 J/m
ELECTRICAL PROPERTIES
23°C 123 J/m
Toluene Q ˆ (milk effect) Volume resistivity D257 10-25 ohm cm
Tensile impact strength D1822 350 KJ/m²
Water Q Q Surface resistivity D257 10-25 ohm
Deformation under load D621
Weak acids (butyric, oleic, lactic, ...) ˆ good (14N/mm² @ 50°C) 0,5% Dielectric strength short time D149 20 kV/mm
Weak alkali ˆ good Hardness, Rockell D785 M94
R120 Dielectric constant 10-2HZ - 106HZ D150 3,7
Xylene Q ˆ (milk effect)
Water absorption D570 Dissipation factor (1mm sheet) D150
Q = Good Resistance 24 hours immersion 0,25% 100HZ
ˆ = Medium Resistance (limited use according to working conditions) equilibrium 50% R.H. 0,22% 1kHZ
equilibrium, continuous 10kHZ
 = Low Reistance (should not be used)
N.B. = blanks stand for data not available immersion 0,90% 1MHZ 0,005

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 APPENDICES ONE
TECHNICAL
Plastics and Rubbers
Tensile Max. Service Resistance Resistance Dielectric
Strength Elongation Continuous Temperture Resistance to Resistance to Resistance to Resistance to to Organic to Oils and Resistance to Shore A Constant Volts/ Tear N/m
Strength
PSI % °C Min. °C Weak Acids Strong Acids Weak Alkalis Strong Alkalis Solvents Greases Sunlight Hardness mm

Low-density 600-2300 90-800 50 -30 Fair

Fair except for
Good Good
Resistant below Attcked by some Poor if
- - -
Polyethylene oxidising acids 60°C unprotected

High-density 3100-4500 10-150 60 -65 Good Attcked by some Good Good Unaffected
Limited
Crazes if
- - -
Polyethylene below 80°C unprotected

Standard PVC 700-2000 700-2000 50 -35 Limited Limited Limited Limited Poor Limited Good - - -

Unaffected below
Polypropylene 3900-5000 50-600 110 -25 Good Poor Good Good 80°C
Poor Poor - - -

Attacked by Poor degrades

EVA 1750-2500 700-800 45 -20 Good
oxidising acids
Good Good Poor Poor slowly
- - -

PA6,6 plyamide 7600 50-300 120 -80 Poor Poor Poor Poor
Attacked by Attacked by Discolours
- - -
(Nylon) 66 some some slightly

PA6 plyamide 5800 50-250 100 -70 Poor Poor Poor Poor Attacked by Attacked by Discolours
- - -
(Nylon) 6 some some slightly

Attacked by Attacked by
Polystyrene 3000-7000 1-60 65 -20 Good
oxidising acids
Good Good Soluble in some some
Some attack - - -

Attacked by Attacked by
Thermoplastic Rubber 980-1100 980-1100 135 -40 Excellent Good Excellent Good some some
Good - - -

Silicone Rubber 8,5 Mpa 230 200 -60 Poor Poor Fair Fair Poor Attacked Good - - -

Flexible PVC 2971 300% min 66 -29 Good Poor Good Poor Poor Poor Fair 76-80 7442 35023

POM-Polyacetal 8800 50-70 80 -40 Poor Poor Good Good Soluble in some Good Fair - - -

EPDM 17,6-21 (Mpa) 500-800 121 -37,2 Good Good Fair Fair Attcked by some Poor Good - - -

High-Temp PVC 16MNm-2 225-275 200 -25 Good Good Good Fair Poor Poor Fair 83-93 7442 31521

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APPENDICES TWO
Technopolymer
TECHNICAL
Thermoplastic Thermoplastic
Chemical Agents Polymide Polypropylene NBR Acetal Resin Chemical Agents Polymide Polypropylene NBR Acetal Resin
Elastomer Elastomer
and Solvents (PA) (PP) Rubber (POM) and Solvents (PA) (PP) Rubber (POM)
(TP) (TP)

conc.%

conc.%

conc.%
conc.%

conc.%
conc.%

conc.%
conc.%

conc.%

conc.%
notes

notes

notes
notes

notes
notes

notes
notes

notes

notes
23C

23C

23C
23C

23C
23C

23C
23C

23C

23C
Acetic acid Sol. 10  40 Q  V Sol. 20  Ethyl chloride 100 Q  Q

Acetone 100 Q 10 Q  Q Q Ethyl ether 100 Q Q ˆ 

Acrylonitrile 100 Q  ˆ Ethylene glycol Q Q Q ˆ
Alimentary Oils Q 10 Q Q Upto60°C Q Q Ferric chloride Sol. 10 Q Q Sol. Q Q Q

Aluminium Chloride Sol. 10 Q 10 Q Sol. Q Q Formaldehyde

Sol. 30 Q Sol. 40 Q Sol. 40 ˆ 
Aluminium Sulphate Sol. 10 Q 10 Q Sol. Q Q (formalin)
Amonia Sol. 10 Q Conc. Q Sol. ˆ ˆ Formic acid Sol. 10 Q Sol. 10 Q Sat.  Upto60°C Q 100 
Amonia - gaseous ˆ Q Q ˆ Freon 11 ˆ Q Q

Ammonium chloride Sol. 10 Q Q Sol. Q Q Sol. 10 Q Freon 12 Liq. Q ˆ Q Q

Amyl alcohol 100 Q Q Q Q Q Freon 13 ˆ Q Q

Aniline 100 Q Q   Q Gas oil Q Q Q  Q

Beer Sol. 10 Q Q Q Q Q Glycerine Q Q Q 

Benzoic acid Sol. Sat. ˆ Sat. Q Sol. ˆ Upto60°C ˆ Glycol butylene 100 Q Q ˆ
Benzol/benzene 100 Q    Q Hydrochloric acid Sol. 10 Q Sol. 30 Q Sol. 10 ˆ Upto60°C Q Sol. 10 
Boiling water Swell. ˆ Q ˆ ˆ Hydrofluoric acid Sol. 40 Q Sol. 40 Q 50  ˆ 
Boric acid Sol. 10 Q Sat. Q Sol. Q Q Hydrogen peroxide Sol. 3 Q Sol. 30 Q Sol. 80  ˆ Sol. 90 
Butter Q Q Q Q Q Iodine
 Q Q
Butyl acetate 100 Q Q ˆ tincture-alcoholic
Butyl alcohol 100 Q Q Q Q Q Isopropyl alcohol Q Q ˆ Q Q

Calcium chloride Sol. 10 Q Sol. 50 Q Sol. Q Q Q Kerosene Q ˆ Q  Q

Carbon disulphide 100 Q Q   Lactic acid Sol. 10 Q Sol. 20 Q Sol. Q Q Q

Carbon tetrachloride Q    Q Linseed oil Q Q Q Upto60°C Q Q

Caustic soda 10% Sol.5,10 Q Sol.5,10 Q Sol.5,10 ˆ Q Sol. 10 Q Magnesium chloride Sol. 10 Q Sol. Sat. Q Sol. Q Upto60°C Q Q

Caustic sode 50% Sol. 50 Q Sol. 50 Q Sol. 50  Q Mercuric chloride Sol. 6  Q Q

Citric acid Sol. 10 Q 10 Q Sol. Q Upto60°C Q Q Mercury Q Q Q Q

Cloroform 100     Methyl acetate 100 Q Q

Copper sulphate Sol. 10 Q Q Sol. Q Q Q Methyl alcohol 100 Q 100 Q ˆ ˆ Q

Dichloropan ˆ  Methyl ethyl ketone Q ˆ  Q 

Distilled water Q Q Q Q Q Methylene chloride 100 Q ˆ  
Edible fat Q Q Q Q Milk Q Q Q  Q

Ethyl acetate 100 Q Q  ˆ Q Mineral oil Q Q Q Q Q

Ethyl alcohol 96 Q 96 Q ˆ Q Q Nitric acid 10  Sol. 10 Q Sol. 10 ˆ Upto60°C Q Sol. 10 

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 APPENDICES TWO
TECHNICAL
Thermoplastic Thermoplastic
Chemical Agents Polymide Polypropylene NBR Acetal Resin Chemical Agents Polymide Polypropylene NBR Acetal Resin
Elastomer Elastomer
and Solvents (PA) (PP) Rubber (POM) and Solvents (PA) (PP) Rubber (POM)
(TP) (TP)

conc.%

conc.%

conc.%
conc.%

conc.%
conc.%

conc.%
conc.%

conc.%

conc.%
notes

notes

notes
notes

notes
notes

notes
notes

notes

notes
23C

23C

23C
23C

23C
23C

23C
23C

23C

23C
Oil Q Q Q Q Q Unleaded petrol Q Swell. ˆ Swell. ˆ  Q

Oil ether Q Q Q  Q Vaseline Q Q Q ˆ

Oils for transformers Q Q Q  Q Vinegar Q ˆ Q
Oleic acid 100 Q Sol. Q Q Upto60°C Q Q Whisky Q Q Q Q Q
Paraffin oil Q Q Q Upto60°C Q Wine Q Q Q Q Q
Petrol Q ˆ Swell. ˆ Upto60°C Q Q Xiyol Q    Q
Petrol vapor Q Swell. ˆ ˆ   Zinc chloride 10 ˆ Sol. 20 Q Sol. Q Q Q
Phenol Sol.  Q   
Phosporic acid Sol. 10  Sol. 85 Q Sol. 20 ˆ  Sol. 10  Conc. = concentration
(Caustic Potash) Sol. = solution
Potassium Sol. 50 ˆ Sol. 50 ˆ Sol. 50  Upto60°C Q
Liq. = liquid
hydroxide 50%
(Caustic Potash)
Sat. = saturated
Potassium Sol.5,10 Q Sol.5,10 Q Sol.5,10 ˆ Q Sol. 10 ˆ Swell. = swelling
hydroxide 10% Q = good resistance
Potassium nitrate Sol. 10 Q Sat. Q Q Q
ˆ = fair resistance (limited use according to working conditions)
Sea, river and  = poor resistance (should not be used)
Q Q Q Q Q
drinkable water
N.B. = blanks stand for data not available
Silicon oil Q Q Q
Disclaimer: While every effort has been made to ensure the accuracy of the data, Wixroyd shall have no
Silver nitrate Q Sol. 20 Q Sol. ˆ Q
liability for any loss or damage suffered by any party, caused directly or indirectly, by the use of this data.
Soap solution Sol. Q Sol. Q Sol. Q Q Q If accuracy of such information is critical please check with the relevant institution or body.
Sodium carbonate Sol. 10 Q Sol. Sat. Q Sol. Q Q Q

Sodium chloride Sol. 10 Q Sol. Sat. Q Sol. Q Q Q

Sodium hypochlorite Sol. Q Sol. 20 Q Sol. 10  Q Sol. 5 

Sodium nitrate Sol. 10 Q Sol. Q Q Q

Sodium silicate Q Q Sol. Q Q

Sodium sulphate Sol. 10 Q Q Sol. Q Q Q

Steam Q Q ˆ Q

Sulphuric acid Sol. 10 Q 98 Q Sol. 20 ˆ Upto60°C Q Sol. 10 

Tartaric acid Q Sol. 10 Q Sol. Q Upto60°C Q Q

Tetralin Q   
Toluol/toluene Q ˆ   Q

Trichloroethylene ˆ   

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APPENDICES THREE
Material Specifications and Properties authentic stainless steels
TECHNICAL
Austenitic Stainless Steel Stainless Steel Stainless Steel
Chemical Agent Chemical Agent
Austenitic steels are non-magnetic and it is not possi- Grade 316 Grade 303 Grade 316 Grade 303
ble to harden them by heat treatment. The only method
Acetaldehyde A A Hydrogen Peroxide A B
of hardening these steels is through cold forming or
Acetic Acid A A Hydrogen Sulphide A B
deformation when strain hardening takes place rapidly.
The steel can be restored to a fully softened condition by Acetone A A Kerosene A A
annealing, sometimes referred to as solution treatment. Acetylene Gas A A Lye A A
Aluminium Chloride C C Lubricating Oils SAE A A
Type AISI 303 S21 (form EN58AM)
Ammonia, aqueous liquid A A Magnesium Chloride A B
Colour Code: White (Austenitic - non magnetic). Free machin-
Ammonium Chloride A B Magnesium Sulphate
ing quality (contains sulphur). Good corrosion resistance A A
and weldability is fair, but oxy-acetylene is not generally Anlline A A Methane A A
recommended. Can be cold formed but severe sharp corner Benzene (Benzol) A A
Methyl Alcohol A A
bends should be avoided. Typical application - Repetitive Borax Solutions A A
Motor Oil A A
machining, Automatics etc. Butane A A
Naphtha A A
Type AISI 304 S15 (form EN58E) Butyl Acetate A A
Nitric Acid A A
Colour Code: Yellow (Austenitic - non magnetic). General Butyl Alcohol A A
Phosphoric Acid A A
purpose Calcium Chloride A B
Potassium Dichromate A A
stainless, machineability is fair, has good general corrosion Calcium Hydroxide A A
resistance, weldability is good. (Oxy-acetylene is not gener- Potassium Hydroxide A A
Carbon Tetrachloride A A
ally recommended.) Sodium Carbonate A A
Chloroform A A
Cold forming is very good: also has good polishing qualities. Sodium Hydroxide A A
Chromic Acid B C
Non-magnetic when annealed, slightly magnetic when cold Sodium Hypochloride A B
worked. Typical application - Suitable for General Engineer- Citric Acid A A
Sodium Sulphate A A
ing, Hospital, Laundry etc. Cyclohexane A A
Steam A A
Diesel Oil A B
CType AISI 316 S16 (form EN58J) Stearic Acid A A
Ethayl Acetate A A
Colour Code: Red (Austenitic - non-magnetic). High corro- Sulphur Dioxide Gas B B
sion Ethyl Alcohol A A
Sulphuric Acid A C
resistance, especially salt water/acid. Machineability fair. Ethylene Glycol A A
Weldability good. Cold forming good. Non-magnetic when Ferric Chloride B C Toluene N/A N/A

annealed, slightly magnetic when cold worked. Formic Acid A B Trichloroethylene A A

Freon 1 B B Turpentine A A

A = Good Resistance Freon 21 N/A N/A Vegetable Oils A A

B = Medium Resistance Freon 22 N/A N/A Vinyl Acetate N/A N/A

C = Low Reistance Gasoline A A Water A A

N/R = Not Recommended Glycerine A A Xylene N/A N/A

N/A = Information not available Hydrogen Gas N/A N/A Zinc Chloride B C

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 Material Specifications and Properties for Austenitic Stainless Steel Fasteners

APPENDICES THREE
TECHNICAL
Austenitic Stainless Steel Fasteners
Stainless steel fasteners are specified in BS EN ISO 3506.

Chemical Compositions
The chemical compositions of austenitic stainless steel
fasteners with the designations A1, A2 & A4 are shown in
table 1.

Table 1 - Chemical Compositions for Austenetic Stainless

Steel Fasteners

Chemical Composition (% maxima unless stated) Types

Grade
C Si Mn S P Cr Mo Ni Cu Included

A1 0.12 1 6.5 0.15-0.35 0.20 16-19 0.7 5-10 1.75-2.25 303, 1.4305
304,349S17
A2 0.1 1 2 0.03 0.05 15-20 - 8-19 4 (BS3111)
1.4567

316,396S17
A4 0.08 1 2 0.03 0.045 16-18.5 2-3 10-15 1
(BS3111)

Mechanical Properties
Table 2 - Mechanical Properties for A1, A2 and A4 Austenitic
Stainless Steel Bolts, Screws, Studs and Nuts

Bolts, Screws and Studs Nuts

Tensile Strength 0.2% Proof Stress Stress under Proof

Property Class Diameter Range Elongation A (mm)
-2 -2
Rm (Nmm ) Rp0.2 (Nmm ) Load Sp (Nmm-2)

50
Annealed
<M39 500 210 0.6d 500
Notes
70
<M24 700 450 0.4d 700 The most common & readily available supply
Cold Drawn condition is property class 70, which represents
80
<M24 800 600 0.3d 800 a “cold drawn” for the bar stock from which the
Hard Cold Drawn fasteners are made.

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APPENDICES FOUR
Conversion Tables
TECHNICAL
Temperature Conversions Density Conversions

To convert from: To: Substitute in Formula: To obtain: Grams per Kilograms per Pounds per Cubic Pounds per Cubic
Multiply Millilitre Cubic Metre Foot Inch
Degrees Celcius Degrees Fahrenheit (°C x 9/ 5) +32
Grams per Millimetre 1 1000 62,43 0,03613
Degrees Celcius Kelvin (°C + 273,16)
Kilograms per
0,001000 1 0,06243 0,00003613
Cubic Metre
Degrees Fahrenheit Degrees Celcius (°F-32) x 5/ 9
Kilograms per
Degrees Fahrenheit Degrees Rankin (°F + 459,69) 0,01602 16,02 1 0,0005787
Cubic Foot

Pounds per Cubic Inch 27,68 27,680 1728 1

Torque Conversions

To obtain: Kilogram Force Length Conversions

Newton Metres Foot Pounds Inch Pounds
Muliply Number of: Metres
To obtain:
Newton Metres 1 0,1020 0,7376 8,651 Metres Inches Feet Millimetres Miles Kilometers
Multiply Number of:

Kilogram Force Metres 9,807 1 7,233 86,80 Metres 1 39,37 3,2808 1000 0,0006214 0,001

Foot Pounds 1,356 0,1383 1 12,00 Inches 0,0254 1 0,0833 25,4 0,00001578 0,0000254

Inch Pounds 0,1130 0,01152 0,08333 1 Feet 0,3048 12 1 304,8 0,0001894 0,0003048

Force Conversions Millimetres 0,001 0,03937 0,0032808 1 0,0000006214 0,000001

To obtain: Miles 1609,35 63,360 5,286 1,609,350 1 1,60935

Kilonewtons Kilogram Force Pound Force Poundals
Multiply Number of:
Kilometres 1,000 39,370 3280,83 1,000,000 0,62137 1
Kilonewtons 1 102,0 224,8 7233

Kilogramme Force 0,009807 1 2,205 70,93

Pound Force 0,004448 0,4536 1 32,17

Poundals 0,0001383 0,01410 0,03108 1

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 Table of Threads

APPENDICES FIVE
TECHNICAL
ISO Metric Fine Threads (mm) ISO Metric Coarse Threads (mm)
O. DIA. Core (d1) Pitch (P) Depth Flat Effec. (d2) Tapp’g Drill Clearance O. DIA. (D) Core (d1) Pitch (P) Depth Flat Effec. (d2) Tapp’g Drill Clearance Drill
(D) Drill
8 6,773 1,00 0,6134 0,125 7,35 7,00 9,00 1,6 1,1706 0,35 0,2147 0,04375 1,373 1,25 1,65
10 8,467 1,25 0,7668 0,156 9,18 8,75 11,00 1,8 1,3706 0,35 0,2147 0,04375 1,573 1,45 1,85
12 10,467 1,25 0,7668 0,156 11,18 10,75 13,5 2 1,5092 0,40 0,2454 0,05000 1,740 1,60 2,05
16 14,160 1,50 0,920 0,187 15,025 14,50 17,5 2,2 1,6480 0,45 0,2760 0,05625 1,908 1,75 2,25
20 18,160 1,50 0,920 0,187 19,025 18,50 21,5 2,5 1,9480 0,45 0,2760 0,05625 2,208 2,05 2,60
24 21,546 2,00 1,226 0,250 22,70 22,00 25,5 3 2,3866 0,50 0,3067 0,06250 2,675 2,50 3,10
30 27,546 2,00 1,226 0,250 28,70 28,00 31,5 3,5 2,7638 0,60 0,3681 0,07500 3,110 2,90 3,60
36 32,319 3,00 1,841 0,375 34,05 32,75 38,0 4 3,1412 0,70 0,4294 0,08750 3,545 3,30 4,10
42 38,265 3,00 1,841 0,375 40,05 38,75 44,0 4,5 3,5798 0,75 0,4601 0,09375 4,013 3,80 4,60
48 44,28 3,00 1,841 0,375 46,05 44,75 51,0 5 4,0184 0,80 0,4908 0,10000 4,480 4,20 5,10
56 51,093 4,00 2,455 0,500 53,40 51,75 59,0 6 4,7732 1,00 0,6134 0,12500 5,350 5,00 6,10
64 59,065 4,00 2,455 0,500 61,40 59,75 67,00 7 5,7732 1,00 0,6134 0,12500 6,350 6,00 7,20
8 6,4664 1,25 0,7668 0,15625 7,188 6,80 8,20
10 8,1596 1,50 0,9202 0,18750 9,026 8,50 10,20
12 9,8530 1,75 1,0735 0,21875 10,863 10,20 12,20
14 11,5462 2,00 1,2269 0,25000 12,701 12,00 14,25
16 13,5462 2,00 1,2269 0,25000 14,701 14,00 16,25
18 14,9328 2,50 1,5336 0,31250 16,376 15,50 18,25
20 16,9328 2,50 1,5336 0,31250 18,376 17,50 20,25
22 18,9328 2,50 1,5336 0,31250 20,376 19,50 22,25
24 20,3194 3,00 1,8403 0,37500 22,051 21,00 24,25
27 23,3194 3,00 1,8403 0,37500 25,051 24,00 27,25
30 25,7060 3,50 2,1470 0,43750 27,727 26,50 30,50
33 28,7060 3,50 2,1470 0,43750 30,727 29,50 33,50
36 31,0924 4,00 2,4538 0,50000 33,402 32,00 36,50
39 34,0924 4,00 2,4538 0,50000 36,402 35,00 39,50
42 36,4790 4,50 2,7605 0,56250 39,077 37,50 42,50
45 39,4790 4,50 2,7605 0,56250 42,077 40,50 45,50
48 41,8646 5,00 3,0672 0,62500 44,752 43,00 48,75
52 45,8646 5,00 3,0672 0,62500 48,752 47,00 52,75
56 49,2522 5,50 3,3739 0,68750 52,428 50,50 56,75
60 53,2522 5,50 3,3739 0,68750 56,428 54,50 60,75
64 56,6388 6,00 3,6806 0,75000 60,103 58,00 64,75
68 60,6388 6,00 3,6806 0,75000 64,103 62,00 68,75

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