KASK Zenith X2 Max Safety Helmet

KASK Zenith X2 Max Safety Helmet

The KASK Zenith X2 Max Safety Helmet is engineered for optimal head protection in demanding work environments. Built with advanced materials and tested against rigorous industry standards, this helmet delivers comprehensive impact and penetration resistance from all directions. With an adjustable fit and lightweight design, it ensures maximum comfort and safety on the job.

Ideal for professionals across construction, utilities, and industrial sectors, the Zenith X2 Max is designed to meet both ANSI and EN standards, offering confidence in high-risk settings. The helmet’s sustainable inner shell features Neopor® Ccycled® by BASF, reflecting KASK’s commitment to eco-conscious innovation without compromising safety.

Whether facing extreme temperatures or the toughest conditions, the Zenith X2 Max provides reliable, all-around protection with high-performance materials and superior retention technology.

Downloads:

User Manual

---

Key Features:

• High-density polypropylene external shell for robust outer protection
• Internal shell made from Neopor® Ccycled® by BASF with EPS derived from chemically recycled plastic waste
• Soft PA nylon headband for enhanced comfort during extended wear
• Certified ANSI Z89.1 Type I and II, Class E HT-LT for comprehensive impact and penetration protection
• Adjustable fit range from 60 to 66 cm for a secure and customizable fit

---

Specifications:

• External Shell: HD Polypropylene
• Headband: Soft PA Nylon
• Internal Shell: Neopor® Ccycled® by BASF; EPS obtained from chemical recycling of plastic waste
• Weight: 1.19 lb
• Size: Adjustable – from 60 to 66 cm

---

References:

• ZENITH X2 MAX ANSI - Product sheet
• ZENITH X2 MAX ANSI - FLYER
• ZENITH X2 MAX - USER MANUAL

Product Code: WHE00134

Standards:
ANSI Z89.1 Type I Type II, Class E HT-LT – All around protection against impact and penetration including front, rear, and sides.

EN 12492 (for the following clauses only):
- Shock energy absorption capacity
- 4.2.1.2 front impact, 4.2.1.3 lateral impact, 4.2.1.4 rear impact
- 4.2.2 | Penetration
- 4.2.3 | Retention system strength
- 4.2.4 | Effectiveness of the retention system