Seamless Knitted High Cut Resistant Sleeve with Dyneema® Technology.
Innovative yarn attains the maximum cut resistant level as defined by EN388.
Seamless knitted construction.
Length:...
Seamless glove made of PFG (Polyamide/ Fiberglass) with PU coating on palm.
Maximum resistance to abrasion, blade cut and tear.
Ergonomic design with good dexterity.
Excellent grip in dry...
Seamless Knitted High Cut Resistant Sleeve
The unique yarn provides high cut resistance.The yarn is made with a soft finish to provide exceptional comfort to the wearer
50cm (19") loose...
Seamless knitted glove, 13 gauge, with ARGIOPEX® PLUS yarn and 100% textured polyamide with elastane.
Gray CLEAN PU® coating on palm.
Elastic cuff.
TECHNOLOGY
CLEAN PU TECHNOLOGY®
...
Seamless sleeve of UHMWPE, fiberglass and nylon.
Elastic cuff. Maximum resistance to abrasion, cutting and tear. Extra flexible. Lengh seamless 250, 400 or 550 mm.
APPLICATIONS High c...
Cut protection glove with additional thumb reinforcement.
Certified in line with EN 388 (4 X 4 3 D).
Very flexible safety gloves with excellent fit.
UVEX Athletic D5 XP – high cut p...
Very robust and flexible.
Certified to EN 388:2016 (4 X 4 2 D).
Excellent blade cut resistance (level D).
Very high abrasion resistance.
Free from pollutants.
UVEX D500 foam – unc...
Sensitive and flexible.
Certified to EN 388:2016 (4 X 4 3 B).
Excellent blade cut resistance (level 3/B), very high abrasion resistance, very high tear resistance.
Food-safe.
Excell...
Financiado por la Unión Europea Fondos Next Generation
+INFO
Herrero Bosch S.L. ha recibido una ayuda concedida por el Instituto Valenciano de Competitividad Empresarial (IVACE) para la instalacion de placas fotovoltaicas
de autoconsumo en sus instalaciones de Almussafes.
Con esta instalacion Herrero Bosch S.L. inicia la transicion energetica hacia las energias renovables con el objetivo de mejorar la eficiencia energetica reduciendo
ademas nuestra huella ecológica.
La potencia total instalada es de 8 KW nominales para autoconsumo con excedentes con un coste de 9.548,00€. La ayuda concedida es de 4.296,60€.
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