🇵🇱 SIEĆ BADAWCZA ŁUKASIEWICZ - PL

Name: 认可范围 PCA AB 033 — SIEĆ BADAWCZA ŁUKASIEWICZ -
Creator: PCA

PCA AB 033 • Łódź, 波兰 • 84 项方法

材料与高分子水与废水

SIEĆ BADAWCZA ŁUKASIEWICZ - 是由 PCA 认可的实验室，认可编号 AB 033（Łódź，波兰）。认可范围涵盖 84 项检测方法，涉及以下领域：材料与高分子、水与废水。检测对象包括：便装鞋、职业鞋、安全鞋与防护鞋、天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust…、职业鞋、安全鞋与防护鞋、鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品。

要点速览

认可编号: PCA AB 033
认可范围内方法数: 84
检测对象种类: 22
城市: Łódź, 波兰

认可编号: AB 033
认可机构: PCA
地址: ŁÓDZKI INSTYTUT TECHNOLOGICZNY, ul. Marii Skłodowskiej-Curie 19/27, 90-570 Łódź, LABORATORIUM BADAŃ SKÓRY I MATERIAŁÓW SKÓROPODOBNYCH
城市: Łódź, 波兰

该实验室检测什么 (22)

便装鞋、职业鞋、安全鞋与防护鞋 — 16 项方法
天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革 — 9 项方法
职业鞋、安全鞋与防护鞋 — 9 项方法
鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品 — 7 项方法
人造革与织物：－鞋面与鞋里用－小皮件与箱包用－非织造布－纺织品－涂覆纺织品 — 5 项方法
鞋底材料、外底：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物 — 5 项方法
天然软革：－鞋面革与鞋里革－服装革与手套革－家具革；非皮革内里与衬垫材料 — 4 项方法
鞋部件：－足趾防护件（保护包头） — 4 项方法
鞋部件：－防刺穿垫 — 4 项方法
天然皮革：－内底革与衬垫革；再生革：－内底与衬垫用；人造革：－纤维素纤维内底与衬垫用；非织造布：－内底与衬垫用 — 3 项方法
天然软革：－鞋面革与鞋里革－服装革与手套革－小皮件、箱包与家具革－毛皮革 — 3 项方法
Footwear components: - zip fasteners — 2 项方法
Soft natural leathers, artificial leathers and textile materials: - shoe upper and lining - fancy goods, leather goods and furniture - clothing — 2 项方法
Soft natural leathers: - shoe upper - clothing — 2 项方法
Soft natural leathers: - shoe upper - clothing and glove - fancy goods, leather goods and furniture — 2 项方法
另有 7 项

认可范围 — 项检测方法 (84)

序号	检测对象	方法 / 参数	依据文件
检测方法
1	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Thickness Range: (0,02 − 10,00) mm Mechanical method	PN-EN ISO 2589:2016-05
2	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Tensile strength and maximum elongation Range: (0 – 5000) N Mechanical method	PN-EN ISO 3376:2020-10
3	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Tearing force Range: (0 – 5000) N Mechanical method	PN-EN ISO 3377-1:2012
4	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Tearing force Range: (0 – 5000) N Mechanical method	PN-EN ISO 3377-2:2016-06
5	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Chromium (VI) content Range: (1 – 600) mg/kg Colorimetric method	PN-EN ISO 17075-1:2017-05
6	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Content of dichloromethane-soluble substances Gravimetric method	PN-EN ISO 4048:2018-10
7	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	pH and difference figure of the aqueous leather extract Range: (2 – 9) Electrochemical method	PN-EN ISO 4045:2018-09
8	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Free or total formaldehyde content Range: (8 – 380) mg/kg Colorimetric method	PN-EN ISO 17226-2:2019-05
9	天然软革与硬革：－鞋面革与鞋里革－内底革与外底革－服装革－手套革－毛皮革－小皮件、箱包与家具革－「crust」蓝湿坯革	Content of volatile substances Gravimetric method	PN-EN ISO 4684:2006
10	Soft natural leathers: - shoe upper - clothing and glove - fancy goods, leather goods and furniture	Adhesion of opaque coatings Direct measurement method	PN-EN ISO 11644:2023-05
11	Soft natural leathers: - shoe upper - clothing and glove - fancy goods, leather goods and furniture	Colour fastness to water drop Visual assessment method	PN-EN ISO 15700:2001
12	天然软革：－鞋面革与鞋里革－服装革与手套革－小皮件、箱包与家具革－毛皮革	Colour fastness to cyclic reciprocating rubbing Visual assessment method	PN-EN ISO 11640:2018-12
13	天然软革：－鞋面革与鞋里革－服装革与手套革－小皮件、箱包与家具革－毛皮革	Colour fastness to rotary rubbing Visual assessment method	PN-EN ISO 17700:2019-12 Metoda B
14	天然软革：－鞋面革与鞋里革－服装革与手套革－小皮件、箱包与家具革－毛皮革	Colour fastness to artificial perspiration Visual assessment method	PN-EN ISO 11641:2013-05
15	Soft natural leathers, artificial leathers and textile materials: - shoe upper and lining - fancy goods, leather goods and furniture - clothing	Resistance to repeated flexing under dry, wet and sub-zero temperature conditions Flexometric method	PN-EN ISO 17694:2016-08
16	Soft natural leathers, artificial leathers and textile materials: - shoe upper and lining - fancy goods, leather goods and furniture - clothing	Resistance to repeated flexing under dry and wet conditions Flexometric method	PN-EN ISO 5402-1:2022-10
17	Soft natural leathers: - shoe upper - clothing	Water absorption and penetration under dynamic conditions Gravimetric method Penetration time – Direct measurement method	PN-EN ISO 5403-1:2012
18	Soft natural leathers: - shoe upper - clothing	Water absorption and penetration under dynamic conditions Gravimetric method	PN-EN ISO 20344:2012 p. 6.13 PN-EN ISO 20344:2022-04 p. 6.13
19	Shoe upper leathers: - natural - synthetic	Bursting and surface strength (ball burst method) Direct measurement method	PN-EN ISO 3379:2015-11
20	天然软革：－鞋面革与鞋里革－服装革与手套革－家具革；非皮革内里与衬垫材料	水蒸气透过性重量法	PN-EN ISO 20344:2012 p. 6.6 PN-EN ISO 20344:2022-04 p. 6.6 PN-EN ISO 14268:2023-08
21	天然软革：－鞋面革与鞋里革－服装革与手套革－家具革；非皮革内里与衬垫材料	Water vapour absorption Gravimetric method	PN-EN ISO 20344:2012 p. 6.7 PN-EN ISO 20344:2022-04 p. 6.7 PN-EN ISO 17229:2016-06
22	天然软革：－鞋面革与鞋里革－服装革与手套革－家具革；非皮革内里与衬垫材料	Water vapour coefficient Calculated	PN-EN ISO 20344:2012 p. 6.8 PN-EN ISO 20344:2022-04 p. 6.8 PN-EN ISO 17229:2016-06
23	天然软革：－鞋面革与鞋里革－服装革与手套革－家具革；非皮革内里与衬垫材料	耐磨性目视评定法	PN-EN ISO 20344:2012 p. 6.12 PN-EN ISO 20344:2022-04 p. 6.12
24	人造革与织物：－鞋面与鞋里用－小皮件与箱包用－非织造布－纺织品－涂覆纺织品	Tensile strength and elongation at break Range: (0 – 5000) N Mechanical method	PN-EN ISO 1421:2017-02
25	人造革与织物：－鞋面与鞋里用－小皮件与箱包用－非织造布－纺织品－涂覆纺织品	Tensile properties Maximum force and percentage elongation Range: (0 – 5000) N Mechanical method	PN-EN ISO 13934-1:2013-07
26	人造革与织物：－鞋面与鞋里用－小皮件与箱包用－非织造布－纺织品－涂覆纺织品	Tear resistance Range: (0 – 5000) N Mechanical method	PN-EN ISO 4674-1:2017-02 Metoda B PN-EN ISO 13937-2:2002 PN-EN ISO 9073-4:2021-07
27	人造革与织物：－鞋面与鞋里用－小皮件与箱包用－非织造布－纺织品－涂覆纺织品	Adhesion force Range: (0 – 5000) N Mechanical method	PN-EN ISO 2411:2025-02E
28	人造革与织物：－鞋面与鞋里用－小皮件与箱包用－非织造布－纺织品－涂覆纺织品	耐磨性目视评定法	PN-EN ISO 5470-2:2005 Metoda 1 PN-EN ISO 5470-2:2022-03 Metoda 1
29	Reconstituted leathers: - counter - insole Artificial leathers: - insole made of cellulose fibres Nonwovens: - insole	耐磨性目视评定法	PN-EN ISO 20344:2012 p. 7.3 PN-EN ISO 20344:2022-04 p. 7.3
30	天然皮革：－内底革与衬垫革；再生革：－内底与衬垫用；人造革：－纤维素纤维内底与衬垫用；非织造布：－内底与衬垫用	Water absorption under dynamic conditions and water desorption Gravimetric method	PN-EN ISO 20344:2012 p. 7.2 PN-EN ISO 20344:2022-04 p. 7.2
31	天然皮革：－内底革与衬垫革；再生革：－内底与衬垫用；人造革：－纤维素纤维内底与衬垫用；非织造布：－内底与衬垫用	Thickness Range: (0,5 – 15,0) mm Mechanical method	PN-EN ISO 20344:2012 p. 7.1 PN-EN ISO 20344:2022-04 p. 7.1
32	天然皮革：－内底革与衬垫革；再生革：－内底与衬垫用；人造革：－纤维素纤维内底与衬垫用；非织造布：－内底与衬垫用	Liquid (distilled water) absorption time Direct measurement method	PB-37/NA wyd. IV z 15.10.2021 r.
33	Natural leathers intended for protective articles	Heat resistance of leather Thermal method	PN-EN ISO 17227:2005
34	Materials for protective gloves	Tear resistance Range: (0 – 5000) N Mechanical method	PN-EN 388+A1:2019-01 p.6.4
35	Textiles - knitted fabrics and fibre webs - nonwovens - flat textile products	Mass per unit area Gravimetric method Mass per unit area Small sample method	PN-P-04613:1997 p. 3.4 PN-EN ISO 9073-1:2023-11 PN-EN 12127:2000
36	Textiles (coated and uncoated): - knitted fabrics and fibre webs - nonwovens - woven fabrics	Watertightness Range: (0 – 900) cm H2O Direct measurement method	PN-EN ISO 811:2018-07
37	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Tensile strength properties Range: (10 – 1000) N Mechanical method	PN-ISO 37:2007+AC1:2008 próbki wg p. 6.1
38	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Tear strength Range: (10 – 1000) N Mechanical method	PN-ISO 34-1:2007 Metoda A
39	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Density Gravimetric method	PN-ISO 2781:1996 Metoda A
40	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Shore hardness: − for rubber Range: (0 – 100) Sh A (0 – 100) Sh D − for plastics and ebonite Range: (0 – 100) Sh A (0 – 100) Sh D IRHD hardness, method N Range: (10 – 100) IRHD Mechanical method	PN-C-04238:1980 PN-EN ISO 868:2005 PN-ISO 48:1998
41	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Resistance to liquids Gravimetric method	PN-ISO 1817:2001+Ap1:2002
42	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Resistance to diesel fuel Gravimetric method	PN-EN ISO 20344:2012 p. 8.6 PN-EN ISO 20344:2022-04 p. 8.8
43	鞋底与鞋面材料：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物；成品	Dimensions of test specimens and products Method A Range: (0 – 30) mm Method B Range: (30 – 100) mm Method C Range: (100 – 500) mm Direct measurement method Method D Range: (0 – 15) mm Optical method	PN-ISO 23529:2006 p. 7
44	鞋底材料、外底：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物	Abrasion resistance Mechanical method	PN-ISO 4649:2007 Metoda A
45	鞋底材料、外底：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物	Stiffness of soles Mechanical method	PN-EN ISO 20344:2012 p. 8.4.1 PN-EN ISO 20344:2022-04 p. 8.5
46	鞋底材料、外底：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物	Bending resistance of complete soles Flexometric method	PN-EN ISO 20344:2012 p. 8.4.2 PN-EN ISO 20344:2022-04 p. 8.6
47	鞋底材料、外底：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物	Resistance of the sole material to contact with a hot surface at 300 °C Thermal method	PN-EN ISO 20344:2012 p. 8.7 PN-EN ISO 20344:2022-04 p. 8.9
48	鞋底材料、外底：－实心橡胶－微孔橡胶－聚氯乙烯增塑料－热塑性弹性体－实心与发泡聚氨酯－ EVA 共聚物	Dimensions of soles Methods: direct measurement and optical	PN-EN ISO 20344:2012 p. 8.1.2 PN-EN ISO 20344:2022-04 p. 8.2
49	鞋部件：－足趾防护件（保护包头）	Internal length of the toecap Direct measurement method	PN-EN ISO 20344:2012 p. 5.3 PN-EN ISO 20344:2022-04 p. 5.3 PN-EN 12568:2011 p. 5.2.1 PN-EN ISO 22568-1:2019-05 PN-EN ISO 22568-2:2019-05
50	鞋部件：－足趾防护件（保护包头）	Compression resistance Direct measurement method	PN-EN ISO 22568-1:2019-05 PN-EN ISO 22568-2:2019-05 PN-EN 12568:2011 p. 5.2.3
51	鞋部件：－足趾防护件（保护包头）	Impact resistance Direct measurement method	PN-EN ISO 22568-1:2019-05 PN-EN ISO 22568-2:2019-05 PN-EN 12568:2011 p. 5.2.2
52	鞋部件：－足趾防护件（保护包头）	Corrosion resistance of metal toecaps Methods: visual and direct measurement	PN-EN ISO 22568-1:2019-05 PN-EN 12568:2011 p. 5.3
53	鞋部件：－防刺穿垫	Penetration resistance Range: (500 – 15000) N Mechanical method	PN-EN ISO 22568-3:2019-05 PN-EN ISO 22568-4:2019-05 PN-EN 12568:2011 p. 7.2.1 \| PN-EN ISO 22568-4:2022-06
54	鞋部件：－防刺穿垫	Bending resistance Flexometric method	PN-EN ISO 22568-3:2019-05 PN-EN ISO 22568-4:2019-05 PN-EN 12568:2011 p. 7.2.2 PN-EN ISO 22568-4:2022-06
55	鞋部件：－防刺穿垫	Corrosion resistance of metal inserts Methods: visual and direct measurement	PN-EN ISO 22568-3:2019-05 PN-EN 12568:2011 p. 7.3
56	鞋部件：－防刺穿垫	Volume electrical resistance	PN-EN ISO 22568-4:2019-05 p. 5.4 PN-EN ISO 22568-4:2022-06
57	Footwear components: - zip fasteners	Strength of the slider in a slide fastener Range: (10 – 10000) N Mechanical method	PN-EN 15090:2012 p. 7.5.1
58	Footwear components: - zip fasteners	Transverse breaking strength of the fastening elements of a slide fastener Range: (10 – 10000) N Mechanical method	PN-EN 15090:2012 p. 7.5.2
59	Footwear components: - steel footwear components (e.g.: eyelets, hooks, zips, stiffeners)	Corrosion resistance of steel components of footwear Visual assessment method	PB17/NO:2023 wyd. III z 12.09.2023 r. Metoda A Metoda B Metoda C
60	便装鞋、职业鞋、安全鞋与防护鞋	Strength of the bond between the sole and the upper Range: (10 – 10000) N Mechanical method	PN-O-91121:1973 PN-EN ISO 20344:2012 p. 5.2 PN-EN ISO 20344:2022-04 p. 5.2
61	便装鞋、职业鞋、安全鞋与防护鞋	Water penetration of footwear Dynamic method	PN-O-91123:1990
62	便装鞋、职业鞋、安全鞋与防护鞋	Footwear watertightness	PN-EN ISO 20344:2022-04 p. 5.7 PN-EN ISO 20344:2012 p. 5.7
63	便装鞋、职业鞋、安全鞋与防护鞋	Water resistance of footwear (water penetration of footwear) Dynamic method	PN-EN ISO 20344:2012 p. 5.15.2 PN-EN ISO 20344:2022-04 p.5.19
64	便装鞋、职业鞋、安全鞋与防护鞋	Strength of the seams joining the upper components Range: (10 – 10000) N Mechanical method	PN-EN ISO 17697:2016-08 Metoda B
65	便装鞋、职业鞋、安全鞋与防护鞋	Cold insulation Thermal method	PN-EN ISO 20344:2012 p. 5.13 PN-EN ISO 20344:2022-04 p. 5.16
66	便装鞋、职业鞋、安全鞋与防护鞋	Ergonomic features Sensometric method	PN-EN ISO 20344:2012 p. 5.1 PN-EN ISO 20344:2022-04 p. 5.1
67	便装鞋、职业鞋、安全鞋与防护鞋	Energy absorption in the heel area Range: (10 – 10000) N Mechanical method	PN-EN ISO 20344:2012 p. 5.14 PN-EN ISO 20344:2022-04 p. 5.17
68	便装鞋、职业鞋、安全鞋与防护鞋	Resistance of footwear to repeated flexing	PB 9/NO:2021 Wyd. III z 08.09.2021
69	便装鞋、职业鞋、安全鞋与防护鞋	Resistance of the upper material (PVC) to flexing Flexometric method	PN-ISO 4643:1994 Załącznik B
70	便装鞋、职业鞋、安全鞋与防护鞋	Resistance of the upper material (PU) to flexing Flexometric method	PN-ISO 5423:1994 Załącznik B
71	便装鞋、职业鞋、安全鞋与防护鞋	Resistance to repeated flexing of all-rubber footwear uppers Flexometric method	PN-EN ISO 20344:2012 p. 6.5.2 PN-EN ISO 20344:2022-04 p. 6.5.2.2
72	便装鞋、职业鞋、安全鞋与防护鞋	Resistance of the bottom material to repeated flexing Flexometric method	PN-ISO 4643:1994 Załącznik C PN-ISO 5423:1994 Załącznik C (przygotowanie próbek wg Załącznika E)
73	便装鞋、职业鞋、安全鞋与防护鞋	Breaking force of the upper of all-rubber footwear Range (10 – 10000) N Mechanical method	PN-EN ISO 20344:2012 p. 6.4.2 PN-EN ISO 20344:2022-04 p. 6.4.2.2
74	便装鞋、职业鞋、安全鞋与防护鞋	Slip resistance of footwear (walking test) Sensometric method	PB 11/NO Wyd. IV z 15.07.2024
75	便装鞋、职业鞋、安全鞋与防护鞋	Height of the upper Direct measurement method	PN-EN ISO 20344:2012 p. 6.2 PN-EN ISO 20344:2022-04 p. 6.2.2
76	职业鞋、安全鞋与防护鞋	Volume electrical resistance of finished footwear Range: (1∙103 – 160∙109) Electrical method	PN-EN ISO 20344:2012 p. 5.10 PN-EN ISO 20344:2022-04 p. 5.13
77	职业鞋、安全鞋与防护鞋	Heat insulation Thermal method	PN-EN ISO 20344:2012 p. 5.12 PN-EN ISO 20344:2022-04 p. 5.15
78	职业鞋、安全鞋与防护鞋	Corrosion resistance of metal toecaps and/or penetration-resistant metal inserts (in all-rubber or all-polymeric footwear) Methods: visual and direct measurement	PN-EN ISO 20344:2012 p. 5.6.1 PN-EN ISO 20344:2022-04 p. 5.6 PN-EN ISO 20344:2022-04 p. 5.11
79	职业鞋、安全鞋与防护鞋	Penetration resistance Range: (500 ÷ 15000) N Mechanical method	PN-EN ISO 20344:2012 p. 5.8.2 \| PN-EN ISO 20344:2022-04 p. 5.9
80	职业鞋、安全鞋与防护鞋	Dimensional conformity of penetration-resistant inserts Methods: direct measurement and optical	PN-EN ISO 20344:2012 p. 5.8.1 PN-EN ISO 20344:2022-04 p. 5.8
81	职业鞋、安全鞋与防护鞋	Impact resistance of footwear toecaps with toe protection Direct measurement method	PN-EN ISO 20344:2012 p. 5.4 PN-EN ISO 20344:2022-04 p. 5.4
82	职业鞋、安全鞋与防护鞋	Compression resistance of footwear toecaps with toe protection Direct measurement method	PN-EN ISO 20344:2012 p. 5.5 PN-EN ISO 20344:2022-04 p. 5.5
83	职业鞋、安全鞋与防护鞋	Slip resistance of footwear Mechanical method - forward flat slip on steel floor covered with glycerol - forward flat slip on ceramic tile covered with sodium lauryl sulphate (SLS) solution - forward heel slip at an angle of 7o on steel floor covered with glycerol - forward heel slip at an angle of 7o on ceramic tile covered with sodium lauryl sulphate (SLS) solution	PN-EN ISO 13287:2013-04
84	职业鞋、安全鞋与防护鞋	Slip resistance of footwear Mechanical method - forward flat slip on ceramic tile covered with glycerol - forward flat slip on ceramic tile covered with sodium lauryl sulphate (SLS) solution - forward heel slip at an angle of 7o on ceramic tile covered with glycerol - forward heel slip at an angle of 7o on ceramic tile covered with sodium lauryl sulphate (SLS) solution - backward forepart slip on ceramic tile covered with glycerol - backward forepart slip on ceramic tile covered with sodium lauryl sulphate (SLS) solution	PN-EN ISO 13287:2020-03

引用标准 (86)

PB 11/NO Wyd. IV z 15.07.2024

PB 9/NO:2021 Wyd. III z 08.09.2021

PB-37/NA wyd. IV z 15.10.2021 r.

PB17/NO:2023 wyd. III z 12.09.2023 r. Metoda A Metoda B Metoda C

PN-C-04238:1980 PN-EN ISO 868:2005 PN-ISO 48:1998

PN-EN 15090:2012 p. 7.5.1

PN-EN 15090:2012 p. 7.5.2

PN-EN 388+A1:2019-01 p.6.4

PN-EN ISO 11640:2018-12

PN-EN ISO 11641:2013-05

PN-EN ISO 11644:2023-05

PN-EN ISO 13287:2013-04

PN-EN ISO 13287:2020-03

PN-EN ISO 13934-1:2013-07

PN-EN ISO 1421:2017-02

PN-EN ISO 15700:2001

PN-EN ISO 17075-1:2017-05

PN-EN ISO 17226-2:2019-05

PN-EN ISO 17227:2005

PN-EN ISO 17694:2016-08

PN-EN ISO 17697:2016-08 Metoda B

PN-EN ISO 17700:2019-12 Metoda B

PN-EN ISO 20344:2012 p. 5.1 PN-EN ISO 20344:2022-04 p. 5.1

PN-EN ISO 20344:2012 p. 5.10 PN-EN ISO 20344:2022-04 p. 5.13

PN-EN ISO 20344:2012 p. 5.12 PN-EN ISO 20344:2022-04 p. 5.15

PN-EN ISO 20344:2012 p. 5.13 PN-EN ISO 20344:2022-04 p. 5.16

PN-EN ISO 20344:2012 p. 5.14 PN-EN ISO 20344:2022-04 p. 5.17

PN-EN ISO 20344:2012 p. 5.15.2 PN-EN ISO 20344:2022-04 p.5.19

PN-EN ISO 20344:2012 p. 5.3 PN-EN ISO 20344:2022-04 p. 5.3 PN-EN 12568:2011 p. 5.2.1 PN-EN ISO 22568-1:2019-05 PN-EN ISO 22568-2:2019-05

PN-EN ISO 20344:2012 p. 5.4 PN-EN ISO 20344:2022-04 p. 5.4

PN-EN ISO 20344:2012 p. 5.5 PN-EN ISO 20344:2022-04 p. 5.5

PN-EN ISO 20344:2012 p. 5.6.1 PN-EN ISO 20344:2022-04 p. 5.6 PN-EN ISO 20344:2022-04 p. 5.11

PN-EN ISO 20344:2012 p. 5.8.1 PN-EN ISO 20344:2022-04 p. 5.8

PN-EN ISO 20344:2012 p. 5.8.2

PN-EN ISO 20344:2012 p. 6.12 PN-EN ISO 20344:2022-04 p. 6.12

PN-EN ISO 20344:2012 p. 6.13 PN-EN ISO 20344:2022-04 p. 6.13

PN-EN ISO 20344:2012 p. 6.2 PN-EN ISO 20344:2022-04 p. 6.2.2

PN-EN ISO 20344:2012 p. 6.4.2 PN-EN ISO 20344:2022-04 p. 6.4.2.2

PN-EN ISO 20344:2012 p. 6.5.2 PN-EN ISO 20344:2022-04 p. 6.5.2.2

PN-EN ISO 20344:2012 p. 6.6 PN-EN ISO 20344:2022-04 p. 6.6 PN-EN ISO 14268:2023-08

PN-EN ISO 20344:2012 p. 6.7 PN-EN ISO 20344:2022-04 p. 6.7 PN-EN ISO 17229:2016-06

PN-EN ISO 20344:2012 p. 6.8 PN-EN ISO 20344:2022-04 p. 6.8 PN-EN ISO 17229:2016-06

PN-EN ISO 20344:2012 p. 7.1 PN-EN ISO 20344:2022-04 p. 7.1

PN-EN ISO 20344:2012 p. 7.2 PN-EN ISO 20344:2022-04 p. 7.2

PN-EN ISO 20344:2012 p. 7.3 PN-EN ISO 20344:2022-04 p. 7.3

PN-EN ISO 20344:2012 p. 8.1.2 PN-EN ISO 20344:2022-04 p. 8.2

PN-EN ISO 20344:2012 p. 8.4.1 PN-EN ISO 20344:2022-04 p. 8.5

PN-EN ISO 20344:2012 p. 8.4.2 PN-EN ISO 20344:2022-04 p. 8.6

PN-EN ISO 20344:2012 p. 8.6 PN-EN ISO 20344:2022-04 p. 8.8

PN-EN ISO 20344:2012 p. 8.7 PN-EN ISO 20344:2022-04 p. 8.9

PN-EN ISO 20344:2022-04 p. 5.7 PN-EN ISO 20344:2012 p. 5.7

PN-EN ISO 20344:2022-04 p. 5.9

PN-EN ISO 22568-1:2019-05 PN-EN 12568:2011 p. 5.3

PN-EN ISO 22568-1:2019-05 PN-EN ISO 22568-2:2019-05 PN-EN 12568:2011 p. 5.2.2

PN-EN ISO 22568-1:2019-05 PN-EN ISO 22568-2:2019-05 PN-EN 12568:2011 p. 5.2.3

PN-EN ISO 22568-3:2019-05 PN-EN 12568:2011 p. 7.3

PN-EN ISO 22568-3:2019-05 PN-EN ISO 22568-4:2019-05 PN-EN 12568:2011 p. 7.2.1

PN-EN ISO 22568-3:2019-05 PN-EN ISO 22568-4:2019-05 PN-EN 12568:2011 p. 7.2.2 PN-EN ISO 22568-4:2022-06

PN-EN ISO 22568-4:2019-05 p. 5.4 PN-EN ISO 22568-4:2022-06

PN-EN ISO 22568-4:2022-06

PN-EN ISO 2411:2025-02E

PN-EN ISO 2589:2016-05

PN-EN ISO 3376:2020-10

PN-EN ISO 3377-1:2012

PN-EN ISO 3377-2:2016-06

PN-EN ISO 3379:2015-11

PN-EN ISO 4045:2018-09

PN-EN ISO 4048:2018-10

PN-EN ISO 4674-1:2017-02 Metoda B PN-EN ISO 13937-2:2002 PN-EN ISO 9073-4:2021-07

PN-EN ISO 4684:2006

PN-EN ISO 5402-1:2022-10

PN-EN ISO 5403-1:2012

PN-EN ISO 5470-2:2005 Metoda 1 PN-EN ISO 5470-2:2022-03 Metoda 1

PN-EN ISO 811:2018-07

PN-ISO 1817:2001+Ap1:2002

PN-ISO 23529:2006 p. 7

PN-ISO 2781:1996 Metoda A

PN-ISO 34-1:2007 Metoda A

PN-ISO 37:2007+AC1:2008 próbki wg p. 6.1

PN-ISO 4643:1994 Załącznik B

PN-ISO 4643:1994 Załącznik C PN-ISO 5423:1994 Załącznik C (przygotowanie próbek wg Załącznika E)

PN-ISO 4649:2007 Metoda A

PN-ISO 5423:1994 Załącznik B

PN-O-91121:1973 PN-EN ISO 20344:2012 p. 5.2 PN-EN ISO 20344:2022-04 p. 5.2

PN-O-91123:1990

PN-P-04613:1997 p. 3.4 PN-EN ISO 9073-1:2023-11 PN-EN 12127:2000

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