WORTEX VENTURA S1P SR safety sandals are lightweight, comfortable, and breathable work shoes designed for everyday professional use. The sandals feature an ultra-lightweight NANO carbon fiber toe cap and a Kevlar anti-penetration midsole, providing a high level of protection without adding unnecessary weight.
The upper material made of microfiber and textile, combined with a mesh ventilation structure, ensures excellent breathability even in warm working conditions. Reinforced toe and heel areas increase durability, while the outsole is designed to provide strong grip and shock absorption.
The sandals feature a NIFCO quick-lacing system for fast and convenient fastening, and classic laces are also included for alternative use. Reflective elements on the heel improve visibility in low-light environments.
Key Features
- Upper material: microfiber and textile
- Insole: PU and textile
- Outsole: EVA and rubber
- NANO carbon fiber toe cap (200 J impact resistance, 15 kN compression)
- Kevlar metal-free anti-penetration midsole (tested with 3 mm nail)
- NIFCO elastic quick-lacing system
- Classic laces included
- Shock-absorbing heel zones
- Reflective heel elements
- Weight per shoe: 428 g
Safety Class and Standards
- EN ISO 20345:2022
- S1P – toe protection + puncture resistance + closed heel
- PS – metal-free puncture resistance (3 mm nail test)
- SR – slip resistance (glycerol-contaminated metal surface)
- E – energy-absorbing heel
- A – antistatic properties
Product Description and Use
WORTEX VENTURA safety sandals are ideal for construction, logistics, and manufacturing environments where lightweight, breathable, and highly protective safety footwear is required. The metal-free construction also makes them suitable for environments with metal detectors or specific safety requirements.
About the Brand
WORTEX® is a private brand of Becky Occupational Safety Center, aimed at providing durable, functional, and affordable occupational safety products. The range includes work gloves, workwear, and safety footwear made from high-quality materials using modern technologies.




