Helmet Inner Lining Replacement Hygiene Kit for Nova 3
The OEM Helmet Inner Lining Replacement Hygiene Kit for Nova 3 ensures comfort and cleanliness for RPB Nova 3 Blast Helmets. This kit includes all washable components for a complete refresh, making the helmet feel brand new. Available in four padding thicknesses to suit various head sizes.
Key Features:
- Compatible with RPB Nova 3 Blast Helmets
- Includes the following:
- Head liner padding
- Side padding foam and covers
- Neck pad
- Alcohol swabs
- Four padding thicknesses, from thin foam (for larger heads) to thicker foam (for smaller heads)
Helmet Inner Lining Replacement Hygiene Kit for Nova 3
SKU: P-HVNVHDescription
The Helmet Inner Lining Replacement Hygiene Kit for Nova 3 is a complete solution for maintaining the cleanliness and comfort of your RPB Nova 3 Blast Helmet. Ideal for both routine maintenance and when transferring helmets between operators, this kit ensures a fresh and hygienic experience, reducing the risk of contamination and improving operator satisfaction.
Key Features and Benefits:
- Comprehensive Kit: Includes all washable and replaceable components inside the helmet, such as:
- Head liner padding
- Side padding foam and covers
- Neck pad
- Customizable Fit: Available in four padding thicknesses to suit different head sizes, ensuring maximum comfort for every operator.
- Hygiene Maintenance: Designed to refresh the helmet between operators or during periodic use, keeping it clean and safe. Disinfect the helmet using alcohol wipes before installing a new hygiene kit for best results.
- Durable and Genuine Parts: Manufactured by RPB Safety, ensuring compatibility and long-lasting performance with the Nova 3 Blast Helmet.
Why Replace Your Helmet Lining?
- Regular replacement of the helmet’s inner components ensures:
- Operator Comfort: Fresh padding enhances wearability during long blasting sessions.
- Cleanliness and Safety: Minimizes cross-contamination when helmets are shared between operators.
- Helmet Longevity: Keeps your Nova 3 in peak condition by maintaining its inner structure.