CE 150N Automatic Inflatable Life Jacket ISO 12402-3 | Offshore Safety PFD for Commercial Marine Use

150N Automatic Inflatable Offshore Life Jacket With Safety Harness – ISO 12402-3 Certified This CE-certified 150N automatic inflatable life jacket is designed for offshore safety applications where compact stowage, rapid inflation and reliable buoyancy performance are essential. Engineered for commercial marine crews, fleet operators and OEM safety equipment procurement, it supports demanding operational environments including offshore transfer, fishing vessels and long-range sailing. Product Description: Certified offshore performance Manufactured in accordance with DIN EN ISO 12402-3 requirements, the life jacket delivers a minimum buoyancy level of 150N and ≥100 mm freeboard. This performance category is typically specified for offshore navigation, foul-weather operations and situations where heavy clothing or tool belts may be worn. Rapid automatic inflation with redundant backup The integrated automatic inflator activates upon water immersion, inflating the single air chamber within approximately 5 seconds. Manual pull activation and oral inflation tube provide secondary redundancy, allowing users to top-up pressure or inflate if automatic deployment is delayed. Compact form factor for long-wear comfort Using a 210D Nylon Oxford TPU composite shell, the jacket maintains a lightweight profile (≤1.2 kg), enabling extended wear during deck operations, transfer boarding or watch duty without restricting movement. Marine-grade hardware for corrosion resistance The waist belt assembly incorporates stainless steel D-ring hardware and corrosion-resistant adjust buckles designed to withstand repeated salt exposure and vibration. Operational temperature range from −30°C to 65°C supports use across diverse maritime climates. Fleet serviceability and OEM lifecycle management Following activation, the jacket can be returned to service by replacing standard consumables such as CO₂ cylinder and water-sensitive bobbin. This serviceable design reduces lifecycle cost for fleet operators managing large safety equipment inventories. Understanding 150N buoyancy selection For commercial buyers, buoyancy class selection is often based on risk assessment rather than comfort alone. 150N inflatable lifejackets are commonly specified where: crew operate offshore or at night weather conditions are unpredictable heavy protective clothing increases immersion risk rapid self-righting performance is required Selecting the correct buoyancy category helps reduce rescue time and improves survivability metrics in real-world incidents Technical specifications Item Specification Certification DIN EN ISO 12402-3 Intended wearer ≥60 kg Chest girth 94–140 cm Buoyancy ≥150 N Freeboard ≥100 mm Inflation time ≤5 s Gas cylinder CO₂ 33 g Thread 1/2-20UNF Weight ≤1.2 kg Outer fabric 210D Nylon Oxford TPU Inflation modes Automatic / Manual / Oral Temperature −30°C ~ 65°C Accessories Whistle, reflective tape, optional light Application Offshore crew transfer Fishing fleet PPE programs Wind-farm vessel operations Commercial deck safety equipment Sailing yachts in offshore passage OEM lifejacket supply chains Operational Guidance Before use, verify cylinder installation and automatic inflator status indicator. After deployment, replace all activation components and conduct pressure retention inspection before returning the jacket to operational inventory. FAQ Is 150N buoyancy enough for offshore safety?Yes. This class is widely specified for offshore operations where reliable self-righting and freeboard performance are required. How often should inflatable life jackets be serviced?Fleet operators typically perform annual inspections and replace consumables after any activation event. Can the jacket be reused after inflation?Yes. Replace the CO₂ cylinder and bobbin, then conduct a full functional inspection. Does temperature affect performance?The design supports operation from −30°C to 65°C for varied marine climates. Are OEM customization options available?Yes. Branding, accessory configuration and packaging can be tailored for procurement programs.