DEHNcare WJP Protective Gloves
- Safe up to 1,000 bar based on the test principle GS-IFA-P15 (flat-jet nozzle)
- Back of glove with textile reinforcement to protect against mechanical risks
- Excellent fit in five sizes
- Environmentally friendly – washable:
- Certified according to PPE regulation (EU) 2016/425
Details
Obj. č. 786717 WJP HP 9
GTIN 4013364438965, Číslo celního sazebníku (EU): 42032910, Váha brutto: 1.00 Pa/Stk, Balící jednotka: 1.00 Pa
Technické informace
High-pressure resistant | ≤ 1000 bar |
Size | 9 (L) |
Material | Multi-layer laminate, Kevlar |
Type | waterproof |
Standards / test principles | EN 420, EN 388, EN 13034 (type 6), GS-IFA-P15 (as basis) |
Test parameters according to GS-IFA-P15 | flat jet nozzle type B |
– Distance (nozzle – surface of test sample) | 7.5 cm |
– Angle (high-pressure water jet) | 15 ° |
– Speed (feed) | 0.5 m/s |
– Quantity of water (high-pressure water jet) | 22 l/min |
– Pressure (high-pressure water jet) | 1200 bar* |
*) The test against high pressure water jet penetration is performed with a safety factor of 1,2. |
Obj. č. 786718 WJP HP 10
GTIN 4013364439108, Číslo celního sazebníku (EU): 42032910, Váha brutto: 1.00 Pa/Stk, Balící jednotka: 1.00 Pa
Technické informace
High-pressure resistant | ≤ 1000 bar |
Size | 10 (XL) |
Material | Multi-layer laminate, Kevlar |
Type | waterproof |
Standards / test principles | EN 420, EN 388, EN 13034 (type 6), GS-IFA-P15 (as basis) |
Test parameters according to GS-IFA-P15 | flat jet nozzle type B |
– Distance (nozzle – surface of test sample) | 7.5 cm |
– Angle (high-pressure water jet) | 15 ° |
– Speed (feed) | 0.5 m/s |
– Quantity of water (high-pressure water jet) | 22 l/min |
– Pressure (high-pressure water jet) | 1200 bar* |
*) The test against high pressure water jet penetration is performed with a safety factor of 1,2. |
Obj. č. 786719 WJP HP 11
GTIN 4013364439115, Číslo celního sazebníku (EU): 42032910, Váha brutto: 1.00 Pa/Stk, Balící jednotka: 1.00 Pa
Technické informace
High-pressure resistant | ≤ 1000 bar |
Size | 11 (XXL) |
Material | Multi-layer laminate, Kevlar |
Type | waterproof |
Standards / test principles | EN 420, EN 388, EN 13034 (type 6), GS-IFA-P15 (as basis) |
Test parameters according to GS-IFA-P15 | flat jet nozzle type B |
– Distance (nozzle – surface of test sample) | 7.5 cm |
– Angle (high-pressure water jet) | 15 ° |
– Speed (feed) | 0.5 m/s |
– Quantity of water (high-pressure water jet) | 22 l/min |
– Pressure (high-pressure water jet) | 1200 bar* |
*) The test against high pressure water jet penetration is performed with a safety factor of 1,2. |
Obj. č. 786720 WJP HP 12
GTIN 4013364439122, Číslo celního sazebníku (EU): 42032910, Váha brutto: 1.00 Pa/Stk, Balící jednotka: 1.00 Pa
Technické informace
High-pressure resistant | ≤ 1000 bar |
Size | 12 (3XL) |
Material | Multi-layer laminate, Kevlar |
Type | waterproof |
Standards / test principles | EN 420, EN 388, EN 13034 (type 6), GS-IFA-P15 (as basis) |
Test parameters according to GS-IFA-P15 | flat jet nozzle type B |
– Distance (nozzle – surface of test sample) | 7.5 cm |
– Angle (high-pressure water jet) | 15 ° |
– Speed (feed) | 0.5 m/s |
– Quantity of water (high-pressure water jet) | 22 l/min |
– Pressure (high-pressure water jet) | 1200 bar* |
*) The test against high pressure water jet penetration is performed with a safety factor of 1,2. |
Obj. č. 786721 WJP HP 13
GTIN 4013364439139, Číslo celního sazebníku (EU): 42032910, Váha brutto: 1.00 Pa/Stk, Balící jednotka: 1.00 Pa
Technické informace
High-pressure resistant | ≤ 1000 bar |
Size | 13 (4XL) |
Material | Multi-layer laminate, Kevlar |
Type | waterproof |
Standards / test principles | EN 420, EN 388, EN 13034 (type 6), GS-IFA-P15 (as basis) |
Test parameters according to GS-IFA-P15 | flat jet nozzle type B |
– Distance (nozzle – surface of test sample) | 7.5 cm |
– Angle (high-pressure water jet) | 15 ° |
– Speed (feed) | 0.5 m/s |
– Quantity of water (high-pressure water jet) | 22 l/min |
– Pressure (high-pressure water jet) | 1200 bar* |
*) The test against high pressure water jet penetration is performed with a safety factor of 1,2. |