The High-Performance standards are comprehensive testing protocols established by Intertek for specific high-performance functionalities for the High-Performance Mark Program. The program helps retailers, brands and manufacturers demonstrate the functional properties of Textile & Apparel, Footwear, Furniture, Kitchenware, Pet Products and Eyewear by verifying performance attributes through testing.

What are the High-Performance standards?

The Intertek High-Performance Mark Program establishes testing standards to verify the functional performance claims of textile & apparel, footwear, furniture, kitchenware, pet products, and eyewear. These standards are designed by our team of technical experts to ensure that products bearing the High-Performance Mark meet specific criteria for quality and high-performance. The program offers a wide range of performance claims for verification through product testing at Intertek's High-Performance Centres of Excellence worldwide. Applicants must submit representative samples of their products for testing against the established standards, as listed in the tables below, for their intended high-performance functionalities.

Learn more about the Intertek High-Performance Mark Program here.

High-Performance standards

Product tag

The Intertek High-Performance Mark program

Learn more about High-Performance Mark program and how it demonstrates the functional properties of your everyday consumer products to end customer.

Textile & Apparel

Descriptors Testing Method & Index Requirement

Absorbency

Absorbency

AATCC 79, BS 4554, CNS 13905 L3246

Woven ≤5 seconds

Knit ≤2 seconds

Anti-Bacterial

Anti-Bacterial

ISO 20743, AATCC 100, ASTM E2149

≥95% bacterial reduction (as received) and ≥90% reduction (after 5 washes)

CNS 14945, CNS 14946

The reduction rate for bacteria is listed as

Grade A >99.9%, B = 99-99.9% before and after wash

Anti-Down Leakage

Down & Feather Penetration

SLHK-T-TMDB23 (SLHK – IHTM – 002)

Grade 4.0

FTMS 191 Method 5530 (tumble test)

≤5

EN 12132 Part 1 (rubbing test)

≤10

Fibre Proof Property of Fabric

EN 15586 (rubbing test)

≤10

Anti-Fungal

Anti-Fungal

AATCC 30 III

No growth

ASTM G21

≤ Rating 1

CNS 2690

1. Grade 甲, 乙 and 丙
2. Grading should consider:

a. the growth of mold

b. the physical strength of textile after contact with mold

Anti-Radiation

Anti-Radiation – RFID Blocking

SLHK – IHTM – 004 (base on ISO 14443 PCARD)

Non-detectable

Anti-Radiation – Electromagnetic Shielding

Flange Coaxial Method
ASTM D4935

For general use: ≥20 dB

Anti-Static

Anti-Static

AATCC 76

Surface resistivity: 1x10^9Ω to 1x10^13Ω

Anti-Weathering

Weathering

Xenon-arc: AATCC 16.3, ISO 105-B06

Color change ≥ Grade 4.0 or strength loss: <30%

UV: AATCC 186, ISO 4892-3

Color change ≥ Grade 4.0 or strength loss: <30%

Blood-Resistant

Synthetic Blood Resistance (not for activewear)

ASTM F1670

No droplets of the synthetic blood appear

CNS 14799

No penetration of blood

Breathable

Breathability

Ret method
(ISO 11092, BS EN 31092, ASTM F1868 Part B, CNS 15102 L3256)

≤20 pa.m2/W

ASTM E96 B)
water method (23±1)oC, RH (50±2)%

≥600g/m2/24h

ASTM E96 BW)
inverted water method (23±1)oC, RH (50±2)%

≥3000g/m2/24h

ASTM E96 E & JIS L 1099 A1) Desiccant method (38±1)oC, RH (90±2)%
CNS 12222 A-1

≥3500g/m2/24h

JIS L 1099 B1 & B2 Potassium acetate method
CNS 12222 B-1/B-2

≥10000g/m2/24h

BS 7209

≥60%

Compression

Compression

SLHK – IHTM – 005

Refer to test method of FZ/T 73031 clause 5.4.1.1 & 5.4.2

Cool-Touch

Instant Cooling

CNS 15687 L3272

Knit ≥0.130 W/cm2
Woven ≥0.170 W/cm2

Cut Resistant

Cut Resistant

EN 388 / EN ISO 13997, ASTM F2992

Straight blade: ≥ Level A

Durable

Durability

Garment / Fabric

View Standards

Far-Infrared

Far-Infrared

GB/T 30127-2013
Test wavelength: 5-14um; Temp. 34oC

For common specimens: Far infrared emission rate ≥0.88; temperature rise ≥1.4oC
For flocculus: Nonwoven or pile fabrics, far infrared emission rate ≥0.83; temperature rise ≥1.7oC;
Washing cycles if necessary: underwear ≥30 times; outerwear ≥11 times

Handfeel

Fabric Touch (FTT)

Smoothness SLHK – IHTM – 003

Min. Grade 3 and smoothness sensory index >0.4

Softness SLHK – IHTM – 003

Min. Grade 3 and softness sensory index >0.4

Heat-Generating

Moisture-Absorption & Heat-Generating

ISO 16533

Temperature difference: 2.5oC min.

High-Visibility

Visibility – Hunter Orange

IHEA

Dominant Wavelength (nm): 595-605 nm;
Y Brightness / Luminance Factor (%): 40% min;
Excitation Purity (%): 85% min

Visibility – Chromaticity of Neon Color (non-PPE)

ANSI 107, ISO 20471, AS/NZS 1906.4, AS/NZS 4602.1, BS EN 1150, CAN/CSA-Z96, CNS 15909 L4165

Refers to BS EN 1150, it depends on colors and the requirements of standard

Visibility – Retroreflective (non-PPE)

ANSI 107, ISO 20471, AS/NZS 1906.4, AS/NZS 4602.1, BS EN 1150, CAN/CSA-Z96, CNS 15909 L4165

As received (retroreflective material):

RA≧100 cd/lx.m2

Visibility – Glow in Dark

IHTM-TWN-TC-001

Still glow

ISO 17398
JIS Z9107

3 mcd/m2 @60 mins for ISO 17398
7 mcd/m2 @60 mins for JIS Z9107

Visibility – Camouflage

MIL-DTL-44436B

Depends on the standard requirements

Leakage Resistant Up to XYZ mL

Absorbency and leakage test

SLHK – IHTM – 006

SLHK – IHTM - 007

No leakage up to the claimed XYZ mL

Liquid-Repellent

Aqueous Liquid Repellency

AATCC 193, BS ISO 23232

Grade 5.0

Moisture Management

Moisture Management

AATCC 195, CNS 15659-2 L1038-2

OMMC Overall Grade 3

Moisture Wicking

Moisture Wicking

AATCC 197 option B, CNS 15659-1 L1038-1 SEC 4.5

30 min. >10 cm

Odor-Repellent

Deodorization

ISO 17299-1&2&3

CNS 17299-1 L3274-1, CNS 17299-2 L3274-2, CNS 17299-3 L3274-3

1. ≥70% for Ammonia and Acetic acid or
2.  ≥75% for Nonenal; or
3.  ≥85% for Isovaleric acid

Oil-Repellent

Oil Repellency

AATCC 118, BS ISO 14419

Grade 5.0

Opaque

Opacity – Light Blocking

AATCC 203

Light transmittance ≤0.05%

Pathogen-Resistant

Blood-Borne Pathogens Resistance (not for activewear)

ASTM F1671

No penetration of bacteriophage

CNS 14800

Quick-Dry

Quick Dry

AATCC 199

≤90 min

AATCC 200

≥10 ml/h

AATCC 201

≤20 min or ≥0.6 ml/hr

Remark:

Stain Release

Soil Release

AATCC 130, CNS 11309 L3218

Grade 3.5

Stretchable

Stretch & Recovery

Growth % after 30 minutes relaxation
(Knitted fabric: ISO 20932-1, ASTM D2594, CNS 8039 L3139 Section 5.2 Method C, Modified Test
Woven fabric: ISO 20932-1, ASTM D3107, CNS 8039 L3139 Section 5.2 Method C
Elastic fabric: ISO 20932-1, ASTM D4964, ASTM D6614, CNS 8039 L3139 Section 5.2 Method C, Modified Test)

≤7%

Recovery % after 30 minutes relaxation
(Knitted fabric: ISO 20932-1, ASTM D2594, CNS 8039 L3139 Section 5.2 Method C, Modified Test
Woven fabric: ISO 20932-1, ASTM D3107, CNS 8039 L3139 Section 5.2 Method C
Elastic fabric: ISO 20932-1, ASTM D4964, ASTM D6614)
Recovery % time fellows
(CNS 8039 L3139 Section 5.2 Method C, Modified Test)

>85%

Thermal Comfort

Thermal Conductivity

ASTM D7984

Feel warm: <200 Ws1/2/m2K
Cool touch: >250 Ws1/2/m2K

UV Protection

UV Protection

EN 13758-2, AATCC 183 (ASTM D6544 / ASTM D6603), AS/NZS 4399, CNS 15001 L1035

>UPF 40; UVA Transmittance <5%
should include the garment design

Warm-Feel

Thermal Resistance

ASTM D1518 option 1, ISO 11092, ASTM F1868 Part A, CNS 15102 L3256

Coat: CLO ≥0.6; Down Jacket: CLO ≥0.55;

Parka: CLO ≥0.7; Fibre-pelt Overall: CLO ≥0.55;

Sleeveless Vest Sweater: CLO ≥0.12;

Thin Sweater: CLO ≥0.2; Sweater: CLO ≥0.28;

Thick Sweater: CLO ≥0.35;
Light Summer Jacket: CLO ≥0.2;

Jacket: CLO ≥0.35; Smock: CLO ≥0.3;
Vest: CLO ≥0.2;

Boller Sult: CLO ≥0.9; Trouser CLO ≥0.35;

Highly Insulating Fibre-Pelt Jacket CLO ≥0.4

(Depends on the garment type)

Water-Repellent

Water Repellency

Spray tests
(AATCC 22, ISO 4920, JIS L1092, AS 2001-2-16, CAN/CGSB-4.2 No./N26.2, CNS 10461 L3202)

90 (4.0) AR; 80 (3.0) AF

Rain-shower tests
(ISO 9865, DIN EN 29865, CNS 10461-1 L3202-1)

Water Absorbency: 15% max
Visual Grade: 4 min.
Penetration: 0 gram

Water-Resistant

Water Resistance

Hydrostatic pressure methods
(AATCC 127, ISO 811, JIS L1092 method A, CAN/CGSB-4.2 No./N26.3, AS 1066 method 2, CNS 10460 L3201)

≥1000 mmH2O (150mbar)

Rain test
(AATCC 35, ISO 22958, CNS 10462 L3203)

Max. 1 gram

Impact penetration
(AATCC 42)

Max. 1 gram

Waterproof

Waterproof

Hydrostatic pressure methods
(AATCC 127, ISO 811, JIS L1092 method A, CAN/CGSB-4.2 No./N26.3, AS 1066 method 2, CNS 10460 L3201)

≥3000 mmH2O (300mbar)

Wind-Proof

Wind Proof

ASTM D737

<1 cfm

ISO 9237, CNS 5612 L3081

≤10 mm/sec

Wind-Resistant

Wind Resistance

ASTM D737

<15 cfm

ISO 9237, CNS 5612 L3081

≤30 mm/sec

Wool-Comfort

Fabric Handfeel Test – by Wool Comfort Tester (Prickle Factor)

SLHK – IHTM – 001

Prickle factor ≤450;
or Min. Rating 4.0

Wrinkle-Free

Wrinkle Resistance

Smooth appearance: AATCC 124, ISO 7769, CNS 8313 L3149

 Grade 3.5

Seam appearance: AATCC 88B, ISO 7770, CNS 13906 L3247

 Grade 3.5

Crease retention: AATCC 88C, ISO 7769, CNS 13980 L3251

 Grade 3.5

Wrinkle recovery: AATCC 128, ISO 9867

 Grade 3.5

Remark:

Sample will be tested in as receive and after 5 washes when pre-treatment is not specified in the standard 

Footwear

Descriptors Testing Method & Index Requirement

Anti-Bacterial

Anti-Bacterial

AATCC TM100, ASTM E2149, ASTM E2180, ISO 22196

>95% reduction in bacterial growth

Breathable

Breathability

ISO 17699

Upper: min 0.8mg/cm².hour

Lining: min 2.0mg/cm².hour

Cushioning

Cushioning

Whole shoe: EN ISO 20344,5.14

Min 20 Joules

Durable Durability   View Standards

Moisture Wicking

Wicking

AATCC TM197, 4 hours

Wicking height: max 10mm

Odor-Repellent

Deodorization

ISO 17299-1&2&3

CNS 17299-1 L3274-1, CNS 17299-2 L3274-2, CNS 17299-3 L3274-3

1.≥70% for Ammonia and Acetic acid or

2. ≥75% for Nonenal; or

3.≥ 85% for lsovaleric acid

Oil-Repellent

Oil Repellency

AATCC TM118

Min grade 3

Shock-Absorbing

Shock Absorption

ASTM F1976, ASTM F1614

Sneakers/Trainers/Racket Sports:

Forepart: Max 200m/s²; Heel part: Max 150m/s²;

Casual Shoes:

Forepart: Max 250m/s²; Heel part: Max 200m/s²;

Town Shoes:

Forepart: Max 350m/s²; Heel part: Max 300m/s²;

Slip -Resistant

Slip Resistant

EN ISO 13287

Ceramic tile with NaSL: Flat: Min.0.30; Heel: Min.0.28

ASTM F2913

Clay Tile Surface,

for children:

Forepart/heel: dry & wet: Min.0.30

Flat: dry & wet: Min.0.40

Other shoes:

Forepart/heel: dry & wet: Min.0.30

ASTM F1677

Olean quarry tile, Min. Dry:0.8; wet:0.7;

0.05g oil/0.05g oil+water:0.4; 0.2g oil/0.2g oil+water:0.35

Insulation against Cold

Thermal Insulation

ISO 20877, ISO 20344,5.13

Max. 10 °C temperature decrease on the upper surface of the insole

Washable

Washable shoe

ISO 19954

EN ISO 6330:2012; Washing Procedure 4N

No Damage and No Obvious Change in Dimension.

Less than one half size shrinkage, No loss of adhesion, No significant colour loss or other damage

Waterproof

Waterproof

EN ISO 20344,5.15.2

Water level is 5mm above feather line or 25mm above ground, whichever is the least

No penetration after 20,000 cycles

GB/T 16641

Water level: the half distance between sole to upper junction and upper to tongue stitching point, flexing angle: 45°, 60 cycles/min

No penetration after 20,000 cycles

EN 13073

Total Area of Water Penetration After 100 Trough Lengths Shall Be Not Greater Than 3 cm²

ISO 2023 for rain boots

No leakage

Furniture

Descriptors Testing Method & Index Requirement

Durable

Upholstery Fabrics - Durability

ASTM D 4966 Martindale Abrasion

Or ISO 12947-2 Abrasion test (cl. 8 & Table 1 series c) - 30k rubs

 After 30,000 rubs, no yarn breakage, colour change grade 3.5 or above.

Strength

Seating and Tables – Dynamic Strength

Seating – EN 1728 clause 6.17 Seat and Back durability test

 

•        A cyclic load of 125 kgf & 37.5 kgf on seat and backrest loading points respectively for a duration of 2s until a total 31,250 test cycles is completed.

 

Tables - EN 1730 clause 6.4 horizontal durability test

•        An alternate horizontal load of 37.5 kgf to be applied at the table top edge 50 mm from each corners for a duration of 2s until a total of 12,500 test cycles is completed.

 

Test with 125% of load and 125% number of cycles.

Scratch-Resistant

Upholstery Fabrics – Scratch Resistance

ITS-M0126 Claw test

 

•        Choose the cat or dog test claw subject to its intended use and load with the specific vertical force on the tested sample; conduct cyclic scratch motion over the test surface of the sample with the claw-tester

No tear or yarn breakage

Durable Castor

Office Chairs – castor Durability test

BIFMA x5.11  clause 17,

•        seat load = 181kg, castor travel length = 762mm, speed 10/min, 2000 cycles over obstacles, 98k cycles on smooth surface. Add 30% each

Shall meet the requirement of this clause

Durable Gas Lift

Office Chairs – Cylinder durability test

IHTM EN 16955 dynamic test for gas cylinder

No damage or functional failure

Kitchenware

Descriptors Testing Method & Index Requirement

Non-Stick Durability

 

Non-stick durability - Cookware

EN 12983-1:2023

•        Abrasion (Annex N)

•        Corrosion (Annex O)

Abrasion: score 5

Corrosion: blistering - size ≤1 & density ≤ 1

Anti-Bacterial

Germ repellence of plasticware

ISO 22196

99% effectiveness

Insulation Performance

Insulation of Vacuum Flasks

EN 12546-1:2006, clause 5.4 Heat loss

•        Measure temperature drop of hot water (>95C) after 6 hours

 

Capacity

Min temp. (C)

 (in ml)

1 star

2 star (1.05)

3 star (1.08)

4 star (1.1)

0 - 200

60

63

65

66

201 - 400

65

68

70

72

401 - 600

70

74

76

77

601 - 800

75

79

81

83

801 - 1200

78

82

84

86

>1200

80

84

86

88

 

 

Stain Release

Stain Resistance of Ceramic and Plasticware

ITS-M0014 Stain resistance

•        Stained with specified reagent for 2 hours (or otherwise specified), then subject to a wash cycle

Shall not stain after testing to this method

Dishwasher Safe

Ceramic Dishwasher Safe

BS EN 12875-4:2006

•        Total 32 hours immersion in chemical solutions at 75 °C

Classification 0 (no visible change)

Heat-Resistant (150C)

Heat Resistance of Tableware

ITS-M0078 Heat resistance

•        1 minute heating in the specified reagent at the claimed temperature

Classification A (no visible change)

Heat-Resistant (250C)

Heat Resistance of Ovenware

BS EN 13834:2020, clause 6.1.9 heat resistance

•        (+20C above the mfr claimed temperature for 1 hr)

Shall have no damage

Microwave Safe

Microwave Safe

BS 8654:2015, clause 5.1 / BS EN 15284:2007

•        Subject to microwaves for both long and short period of time, and any damage to the article is noted.

Classification 0 (no visible change)

 

Pet Products

Descriptors Testing Method & Index Requirement

Scratch-Resistant

Pet Carriers – Scratch Resistance

ITS-M0126 Claw Test

•        Choose the cat or dog test claw subject to its intended use and load with the specific vertical force on the tested sample; conduct cyclic scratch motion over the test surface of the sample with the claw-tester

No damage and remain functional

Bite-Resistant

Pet Toys – Bite resistance

ITS M0127 Bite Tear test

•        Bite force applied to the product under a tensile pull simultaneously subject to the pet size in using the bite tear tester

No damage and remain functional

Strength

Pet Leash - strength

ITS-M0082 Leash Pull strength

•        Subject to the pull test on components until breakage

 

 

 Dog Type

Dog Body Weight (Kg)

Breaking Force (N)

Giant

66.9

1670

Large

28.1

828

Medium

17.4

513

Small

10.2

300

Toy

6.0

180

Teacup

4.0

120

Tiny

3.0

90

 

 

 

Eyewear

Descriptors Testing Method & Index Requirement

Block 50% Blue Light

Computer Glasses – Blue Light Blocking

EN ISO 12312-1:2022, clause 5.3.5.1.2 transmittance (modified)

•        Determine the blue light transmittance (380nm – 500 nm)

Shall block ≥ 50% higher than their claimed value on the packaging; Or if no claim, then min. 50%

Scratch- Resistant

Eyewear (Reading Glasses, sunglasses, computer glasses) – lens abrasion resistance

ISO 8980-5:2005

•        Cyclic rubs over the lens surface under 5N with a stroke length of 30mm by the specified abrasion tool

Free of visible abrasion after 38 rubs

(Note: 25 rubs accepted by the standard)

Durable Frame

Eyewear (Reading Glasses, sunglasses, computer glasses) – Frame durability

EN ISO 12870:2018, clause 4.8.3 & 8.5 Endurance

•        Cyclical motion over the frame joints at a rate of 40 cycles/min, up to 500 test cycles.

Increase frame cycles to 750

 

 

Contact Intertek