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LIST OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion ISO 4649: 2002 BS 903:Pt A9: 1998 (Method A) DIN 53516-1987 MS 1157: Part 40/1:1999 BS 903:Pt A9: 1998 (Method B) Akron Abrasion MS 1157: Part 40/2:1999 2) Ageing MS ISO 188:2001 BS ISO 188: 2001 ASTM D573-99 JIS K 6301-1995 (Clause 6) DIN 53508-1977 AS 1180.3 :1972 MS ISO 3383:1998 3) Air Permeability ISO 2782: 1995 MS ISO 2782: 1999
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Page 1: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

LIST OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.-

The Name of Specific Test Test Method

1) Abrasion

ISO abrasion ISO 4649: 2002

BS 903:Pt A9: 1998 (Method A)

DIN 53516-1987

MS 1157: Part 40/1:1999

BS 903:Pt A9: 1998 (Method B)

Akron Abrasion MS 1157: Part 40/2:1999

2) Ageing MS ISO 188:2001

BS ISO 188: 2001

ASTM D573-99

JIS K 6301-1995 (Clause 6)

DIN 53508-1977

AS 1180.3 :1972

MS ISO 3383:1998

3) Air Permeability ISO 2782: 1995

MS ISO 2782: 1999

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4) Density/SG ISO 2781:1988 3rd ed

BS 903:Pt A1:1996

MS 1157:Pt 22:1991

AS 1683.4 -1992

5) Dimension

BS 903:Pt A38:1991

ASTM D3767-96

MS ISO 4648:1998

6) Effect of Liquids

water, standard organic fuels, standard oils

ASTM D471-98

JIS K 6301-1995 (Clause 12)

AS 1683.23-2000

MS ISO 1817:2002

7) Electrical Resistivity ASTM D257-99

BS 903:Pt C1:1991

and Pt C2 1982

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8) Fatigue

Resistance to flex cracking BS ISO 132:1999

ASTM D430-2000 (Method B)

DIN 53522-1979 (Part 1 & 3)

Resistance to crack growth BS ISO 132-1999

JIS K 6301-1995 (Clause 15)

Tension Fatigue ISO 6943:1984

BS 903:Pt A51:1986 (1992)

MS 1157:Pt 35:1991

Heat build up ISO 4666/3:1982

ASTM D623-93 (method A)

BS 903:Pt A50:1984 (1992)

MS 1157: Part 41:1999

9) Hardness MS ISO 48:2002

BS 903:Pt A26:1995 (methods M &N)

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DIN 53519-1972

sheets 1 and 2

DIN 53505-2000

ASTM D1415-1999

AS 1683.15.1-2000

BS 903:Pt. A57:1997

ISO 7619-1:2004

ISO 7619-2:2004

ASTM D2240-03

AS 1683.15.2-1990

JIS K 6301-1995 [Clause 5]

10) Ozone Resistance ISO 1431-1:1989

ISO 1431-2:1994

MS ISO 1431-2:1999

BS 903:Pt A43:1990(1995)

ASTM D1149-99

JIS K 6301-1995 (Clause 16)

JIS K 6259:1993

DIN 53509-1964 (Sheet 1)

AS 1683.24-1984

MS 1157:Pt.16:1992

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11) Preparation of TestPieces ISO 4661-1:1993

BS 903:Pt A36:1995

MS ISO 4661-1:1998

12) Ply Adhesion

Rubber to metal ISO 813:1997

BS 903:Pt. A21:Sec.21.1:1997 (method B)

ASTM D429-03 (Method B)

DIN 53531:Pt 1-1990

JIS K 6301-1995 (Clause 8.3)

MS ISO 813:1999

AS 1683.14.1-1992

Rubber to flexible substrate ASTM D413-98(2002)

(Machine Method Type A)

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JIS K6301-1995 (Clause 7.0)

BS ISO 36:1999

13.)Resilience

Rebound Resilience BS 903:Pt A8:1990

ISO 4662:1986

JIS K 6301-1995 (Clause 11)

MS 1157:Pt.27.1993

14) Set

Compression set ISO 815:1991

BS 903:Pt A.6:1992

ASTM D395-03 [Method B]

JIS K6301-1995 (Clause 10: Method B)

MS ISO 815: 1998

DIN 53517-1987

AS 1683.13-1992

Tension Set ISO 2285:2001

ASTM D412-98(2002) (Clause 11.2)

DIN 53518-1979

MS ISO 2285:1999

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AS 1683.9-1992

15) Shear Modulus BS 903: Pt A14:1992 (1998)

ISO 1827: 1991

ASTM D4014-89 (Annex A1)

MS 1157 Pt 18:1992

16) Brittleness ASTM D347-98

Temperature ASTM D2137-94 (R2000)

ISO 812-1991

JIS K6261:1997

JIS K6301-1995 [Clause 14]

17) Stiffness

Compression BS 5400:sec.9.2 (1983) (clause 7.2 (b) (2) (ii)

MS 671: Part 1 :1991 [Appendix B2]

AS 1523 (1981) [Appendix A2]

Plus 2100 (1998) (Clause 12 to 17)

JKR Section 13-1991

ASTM D4014-89

(Clause 8.1.2)

AASHTO: section 25 (1983)

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Shear BS 5400:Section 9.2 (1983)[Appendix A.3]

MS671:Part1:(1991)[Appendix B3]

AS 1523-1981 [Appendix A3]

PLUS 2100 (1988) [Clause 18 to 21]

JKR Section 13-1991

18) Compression stress BS 903: Pt. A42:1999 (method A)

Relaxation BS ISO 3384:1999 (method B)

MS ISO 5384:2002

ASTM D 575-91 (2001)

19) Tear

Crescent tear ISO 34-1:1994

Angle Tear BS 903:Pt A3:1995

Trouser tear AS 1683.12-1992

DIN 53507-1983

Delf Tear ISO 34-2:1996

Page 9: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

Crescent Tear BS 903:Pt A3 Sec. 3.2 1997

Angle Tear ASTM D624-00

JIS K 6301-1995 (section 9)

DIN 53515-1990

MS 1157:Part 6: 1994

MS ISO 34-2:1999

Analysis of multiple-peaks (e.g. tear test) ISO:6133:1998

AS/NZS 3889:1993

20) Tensile Properties

Tensile strength MS ISO 37:1998

Elongation at Break BS 903:Pt.A2:1995

ASTM D412-98 (2002) [Method A]

Stress at given strain JIS K 6301-1995 (clause 3)

DIN 53504-1985

AS 1683.11-2001

Relaxed Modulus LGM in House TEM 6:2002

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21) Compression

stress strain BS 903:Part A4:1990

properties JIS k6301-1995 (Clause 17)

JIS k6380-1976 (Clause 5.7)

ISO 7743:2004

1. Tensile properties BS 5400:Section 9.2 (1983)

2. Accelerated Ageing

3. Shear Modulus

4. Compression set

5. Ozone resistance

6. Bonding Strength (rubber to metal)

7. Hardness

8. Stiffness in Shear

9. Stiffness in Compression

10. Dimensions

1. Tensile Properties MS 671:Part 1:2002

2. Accelerated Ageing

3. Dimensions

4. Compression set

5. Ozone resistance

6. Bonding Strength

7. Hardness

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8. Stiffness in Shear

9. Stiffness in Compression

1. Tensile Properties AS 1523 (1981)

2. Accelerated Ageing

3. Elongation at break

4. Compression set

5. Ozone resistance

6. Tear Resistance

7. Stiffness in Shear

8. Stiffness in Compression

1. Tensile Propertiesa PLUS 2100 (1998)

2. Accelerated Ageings

3. Shear Modulus

4. Compression set

5. Ozone Resistance

6. Bonding Strength

7. Hardness

8. Stiffness in Shear

9. Stiffness in compression

10. Dimensions

1. Stiffness in Compression BS 6177:1982

2. Stiffness in Shear

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3. Bonding Test

4. Hardness

5. Tensile Properties

6. Compression set

7. Accelerated Ageing

8. Ozone resistance

1. Stiffness in Compression

2. Stiffness in Shear JKR, Section 13 - 1991

3. Tensile Properties

4. Hardness

5. Compression set

6. Ozone resistance

7. Accelerated Ageing

8. Bonding Strength

9. Preparation of samples

1. Tensile Properties AASHTO Sec. 25:1983

2. Hardness

3. Accelerated Ageing

4. Compression set

5. Ozone resistance

6. Stiffness in Compression

7. Bonding Strength

Page 13: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

1. Tensile Properties ASTM D4014:1989

2. Hardness

3. Accelerated Ageing

4. Compression set

5. Shear Modulus

6. Ozone resistance

7. Stiffness in Compression

1. Tensile Properties ISO 6446:1994

2. Hardness

3. Accelerated Ageing

4. Compression set

5. Shear Modulus

6 Ozone resistance

1. Tensile Properties AS 1646.2, Section 3 - 2000

2. Hardness MS 672, Section 3 : 1999

Page 14: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

3. Compression set

4. Accelerated ageing

5. Water immersion

6. Oil resistance

7. Stress Relaxation

8. Ozone resistance

1. Tensile Properties AS 1646.2, Section 3 - 2000

2. Micro-hardness MS 672, Section 3 : 1999

3.Compression set

4. Accelerated ageing

5. Water immersion

6. Oil resistance

7. Stress relaxation

8. Ozone resistance

9. Preparation of test piece

1. Dimensions ASTM D3578-01

2. Watertight test ASTM D5151-99

3. Tensile Properties ASTM D5250-00

4. Ageing ASTM D6319-00

SMG, 2ed.: 2004

1. Dimensions MS 1155:1999

2. Watertight test

Page 15: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

3. Tensile Properties

4. Ageing

1. Dimensions S 90-00-001-1990

2. Tensile Properties (AFNOR FRENCH STANDARD)

3. Cuff rupture resistance

4. Ageing

5. Water leakage

1. Dimensions AS/NZS 4011-1997

2. Water leakage

3. Tensile properties

4. cuff rupture resistance

1. Dimensions ISO 11193-1:2002

2. Water leakage

3. Tensile Properties

4. Ageing

1. Watertight test EN 455-1 (part 1): 2000

1. Dimensions EN 455-2 (Part 2):2000

2. Strength properties

Page 16: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

3.Seam strength of seamed gloves

1. Dimensions

2. Tensile Properties ASTM D3577-01ae2

3. Ageing

4. Water leakage

1. Water leakage EN 455-1 : 2000

1. Dimensions MS 1291:1992

2. Tensile Properties

3. Ageing

4. Water leakage

1. Dimensions ISO 10282:2002

2. Water leakage AS/NZS4179:1997

3. Tensile Properties

4. Ageing

5. cuff rupture resistance

1. Dimensions EN 455-2:2000

2. Strength properties

3.Seam strength of seamed gloves

Page 17: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

1. Dimensions JIS S2042-1994

2. Water leakage

3. Tension Set

4. Tensile properties

5. Tensile properties Before and After

a. Ageing test

b. Cleanser Proof Test

c. Oil Proof test

d. Acid Proof Test

e. Alkaline Proof test

1. Tear resistance EN 388:2003

2. Cuff rupture resistance

3. Volume resistivity

1. Dimensions ASTM D4679:93

2. Water leakage

3. Tensile Properties

4. Ageing

Page 18: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

1. Water leakage BS EN 374-2:1994

1. Tear Resistance

2. Cuff rupture resistance BS EN 388:2003

3. Volume resistivity

1. Dimensions ASTM D4679:93

2. Water leakage

3. Tensile Properties

4. Ageing

1. Cuff rupture resistance ASTM F1342-91 (1996)

1. Dimensions:

a. Length TGO No. 61-1998

b. Width

2. Water leakage

3. Bursting volume and pressure

4. Resistance to storage

1. Dimensions

Page 19: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

a. Length BS EN 600:1996

b. Width

2. Bursting volume and pressure

3. Force at break and elongation at break

4. Ageing

5. Water leakage

6. Colour fastness

7. Labelling and packaging

8. Removing the lubricant

1. Dimensions MS 113:1990

2. Tensile Properties

3. Bursting volume and pressure

4. Water leakage

5. Colour fastness

6. Ageing

1. Tensile Properties

2. Ageing ASTM D3492-03

3. Dimensions

4. Water leakage

1. Dimensions

2. Quantity of lubricant WHO SPECIFICATION:2003

3. Tensile Properties

Page 20: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

4. Water leakage

5. Bursting volume and pressure

6. Colour fastness

7. Integrity of individual package seals

1. Dimensions: ISO 4074:2002

Length

Width

Thickness

2. Bursting volume and pressure

3. Water leakage

4. Total lubricant in individual containers

5. Visible defects

6. Test for Package Integrity

7. Force at break and elongation at break

8. Ageing

9. Shelf life by real time stability studies

Page 21: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

Physical dimensions FMVSS 109:2003, S5.2

Bead unseating resistance FMVSS 109:2003, S5.2

Tyre Strength FMVSS 109:2003, S5.3

Tyre Endurance FMVSS 109:2003, S5.4

High speed performance FMVSS 109:2003, S5.5

General Conditions FMVSS 119:2000, S7.1

Endurance FMVSS 119:2000, S7.2

Strength FMVSS 119:2000, S7.3

High Speed Performance FMVSS 119:2000, S7.4

Treadwear Indicators FMVSS 119:2000, S6.4

Physical dimensions MS 149:2003 Clause 5.1

Tubeless Tyre Bead Unseating Resistance MS 149:2003 Clause 5.2

Tyre Strength MS 149:2003 Clause 53

Page 22: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

Tyre Endurance MS 149:2003 Clause 5.4

High Speed Performance MS 149:2003 Clause 5.5

Physical Dimensions and Tyre Marking MS 1394:1996 Clause 7.2

Tyre strength MS 1394:1996 Clause 7.3

Tyre Endurance MS 1394:1996 Clause 7.2

High Speed Performance MS 1394:1996 Clause 7.4

Method of Measuring pneumatic Tyre ECE Addendum 29; Regulation No. 30:2000

Annex 6

Procedure for Load/Speed Performance ECE Addendum 29; Regulation No. 30:2000

Annex 7

Method of Measuring pneumatic tyre ECE Addendum 29; Regulation No. 30:2000

Annex 6

Procedure for Load/Speed Performance ECE Addendum 29; Regulation No. 54:1999 Annex

7

Tyre Strength (Breaking Energy) JIS D4230 : 1998, Clause 6.1

Bead Unseating Resistance JIS D4230 : 1998, Clause 6.2

Tyre Endurance JIS D4230 : 1998, Clause 6.3

High Speed Performance JIS D4230 : 1998, Clause 6.4

Clause 6.5

Physical Dimensions ADR 23/01 Clause 23.3.1

Resistance to Bead Unseating ADR 23/01 Clause 23.3.2

Page 23: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

Tyre Strength (Breaking Energy) ADR 23/01 Clause 23.3.3

Tyre Endurance ADR 23/01 Clause 23.3.4

High Speed ADR 23/01 Clause 23.3.5

Tyre Dimensions BS AU 144f;1988, Clause 5

Load/Speed Performance BS AU 144f;1988, Appendix B

Hardness measurement Range

Best Measurement capability expressed as an uncertainty

IRHD Normal (Dead Load) 0 to 22 N 0.20% of measured load

IRHD - spring load 0 to 22 N 0.44% of measured load

JIS A - spring load 0 to 22 N 0.81% of measured load

Shore A - spring load 0 to 22 N 0.70% of measured load

Indentor geometry Range

Best Measurement capability expressed as an uncertainty (+-)

- Diameter of indentor 0 - 90 mm 0.004 mm

- Indentor extension

Die Cutter measurement 0 - 90 mm 0.004 mm

- Width

- Length of parallel portion

Gas Measurement 3% of measured value

Page 24: The Name of Specific Test n test method- MSIA 5 OF NAME OF SPECIFIC TEST AND TEST METHOD - PHYSICAL TESTING LABORATORY.- The Name of Specific Test Test Method 1) Abrasion ISO abrasion

(site calibration)

Ozone concentration 0 to 200 pphm

Mass Measuremen Range

Best Measurement capability expressed as an uncertainty

Analytical balance 0 to 200 g 0.4 mg

Weighing Device 200g to 400g 3 mg

4000g to 6000g 30 mg

6000g to 34000g 450 mg

Force Measure

Tension 1 N to 500 N 0.01% of measured load

Compresion 0 kN to 5 kN 0.14% of measured load

5 kN to 10 kN 0.28% of measured load

10 kN to 100 kN 0.30% of measured load

100 kN to 300 kN 0.30% of measured load

300 kN to 5 000 kN 0.74% of measured load


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