
Centurion Safety Helmet with Visor
CNS10PLUSEORA
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Product Details
Centurion Non-Vented Safety Helmet with Visor (Orange)
Made in the UK, the Centurion Safety Helmet with Visor - Vision Plus features moulded integrated eye protection which is anti-scratch, anti-fog and certified to grade A high impact levels, allowing for prescription eyewear to be used underneath.Available with SecurePlus 4 point chin strap, wearers are provided with added security / optimum head retention. Comfort is not compromised thanks to

Lightweight & Strong ABS helmet

Euro 30mm Accessory Slot For Attachment

DryTech Sweatband

BSI Kitemark Approved - An Unrivalled Stamp of Quality

Eye Protection Integrated
Main Materials
-
Shell: Acrylonitrile-Butadiene-Styrene
(ABS)ⓘ"A" brings heat & chemical resistance and tensile strength. "B" brings impact strength, toughness and good performance at low temperatures. "S" brings the glossy appearance, process-ability, and rigidity.
- Headband: LDPE (Low-Density Polyethylene)
- Sweatband: Dry-Tech (Polyester fabric) for maximum comfort, for extended periods of use
- Visor: Moulded 2mm Polycarbonate Clear (with anti-scratch & anti-fog coating)
Additional Features and Specifications:
- Weight: 525gm
- Non-Vented, Slip Ratchet, Reduced Peak (20mm)
- Integrated Visor:
✔ Optical clarity to Class 1 for continuous use - standard on all Centurion face protection
✔ Providing the highest impact protection possible within EN 166
✔ Moulded design provides improved lower cheek coverage
✔ Includes anti-scratch and anti-mist coating for improved durability and visibility - Approved to
✔ Helmet: EN 397: 1000V a.c, LD, MM, -40°C, ANSI/ISEA Z89.1-2009 Type 1 Class E LT
✔ Visor: EN 166 1 A T, EN 170 2C-1,2, ANSI/ISEA Z87.1
Why ABS is chosen for the Centurion Safety Helmet With Visor?

Made from 3 Distinct Monomers to Bring a Set of Performance Characteristics

Structural difference ABS and HDPE : Complex Matrix vs Linear Chain

Compressive Strength: Excellent performance of ABS to maintain the integrity of the shape and resist structural deformation under stress.

Tensile Strength: Excellent performance of ABS to maintain its structural integrity when exposed to a projectile.

Hardness:ABS requires a very high pressure to ‘distort’ the structure.