CATU AFG-PARKA Multi-Risk Parka Jacket

1. High Visibility:

• Fluorescent Yellow/Orange: Typically, the jacket would be made of high-visibility fabrics, ensuring the wearer can be easily seen in low-light conditions or dangerous work zones.
• Reflective Stripes: Reflective tape or material would be incorporated to enhance visibility at night or in poor lighting conditions.
  
  

2. Multi-Risk Protection:

• Waterproof: Protection against rain, ensuring the wearer remains dry and protected in wet conditions.
• Windproof: Helps shield against wind, keeping the worker warm and comfortable in harsh conditions.
• Insulation: Likely includes some form of insulation to provide warmth in cold environments, making it suitable for colder weather conditions.
• Flame Retardant or Arc Flash Protection: Given the "multi-risk" designation, this jacket may provide resistance to flame or arc flash, offering safety for electrical workers or those dealing with high-temperature hazards.
  
  

3. Comfort and Durability:

• Breathable Fabric: To allow airflow and prevent overheating, while still maintaining the jacket's protective qualities.
• Ergonomic Design: Likely includes adjustable cuffs, hoods, and other features that enhance comfort and mobility.
• Reinforced Seams: Ensuring durability in demanding work environments.
  
  

4. Functionality:

• Multiple Pockets: For carrying essential tools, phones, or other items.
• Adjustable Features: The parka might have adjustable hoods, cuffs, or waistbands to accommodate different body types and weather conditions.
  
  

Applications:

• Construction & Civil Engineering: Especially for those working near heavy machinery or on roadways.
• Electrical Workers: Protection against electrical hazards, including arc flash.
• Emergency Services or Security: Where high visibility and protection are important.

The CATU AFG-PARKA High Visibility Multi-Risk Parka Jacket meets several important standards to ensure the safety and protection of workers in hazardous environments. Let’s break down what each of these standards means:

1. ISO 20471 Class 3

• High Visibility Clothing: This standard specifies the requirements for clothing designed to make the wearer visible in hazardous environments. Class 3 is the highest level of visibility, indicating the jacket offers maximum visibility in all conditions (e.g., day, night, low light, or bad weather). The jacket will have a significant amount of reflective and fluorescent material for high visibility.
  
  

2. EN 343

• Protection Against Weather: This standard defines the requirements for protective clothing against rain and other weather conditions. It ensures the jacket is waterproof and windproof, keeping you dry and comfortable in wet and windy environments. EN 343 also includes the garment's breathability, which is essential for comfort.
  
  

3. IEC 61482-2 APC 1

• Protection Against Electric Arc: This standard is for clothing designed to protect against electric arc flashes, which can occur during electrical work. APC 1 (Arc Protection Class 1) means that the jacket provides protection against short-circuit electric arcs, offering a certain level of heat and flame resistance to reduce burn injuries in case of an arc flash event. APC 1 generally indicates protection against lower-energy arc flashes.
  
  

4. ISO 11612 A B1 C1 E2 F1

• Heat and Flame Protection: This is a comprehensive standard for clothing that protects the wearer from heat and flames in various conditions.
  • A (General flame spread) – The garment provides protection against exposure to flames.
  • B1 (Convective heat) – Protection against heat from the environment (like hot surfaces or direct heat).
  • C1 (Radiant heat) – Protection against radiant heat, which is typically produced by intense heat sources like welding.
  • E2 (Molten iron splash) – Protection against molten iron or metal splashes.
  • F1 (Contact heat) – Protection against direct contact with hot objects (e.g., touching a hot surface).

This makes the jacket suitable for environments with heat, flames, or molten materials, such as metalworking or welding.

5. EN 1149-5

• Electrostatic Discharge Protection: This standard specifies that the jacket has electrostatic properties that prevent the build-up of static electricity, which could pose a risk in environments where flammable materials or hazardous substances are present. It ensures the wearer is not a risk to sensitive electronic devices or materials.
  
  

6. EN 13034 Type 6

• Chemical Protection: This standard is for protective clothing against liquid chemicals. Type 6 provides a level of protection against low-pressure chemical splashes. The jacket is likely treated or constructed to resist the penetration of liquid chemicals, offering some protection in situations where a worker may come into contact with hazardous liquids, such as in the chemical, pharmaceutical, or cleaning industries.

Summary of Protection Features

• Visibility: Meets ISO 20471 Class 3 for the highest level of visibility.
• Weather Protection: EN 343 ensures the jacket is waterproof, windproof, and breathable.
• Arc Flash Protection: IEC 61482-2 APC 1 protects against electric arc flashes.
• Heat & Flame Resistance: ISO 11612 offers extensive protection against flames, heat, and molten substances.
• Electrostatic Protection: EN 1149-5 ensures electrostatic discharge protection.
• Chemical Splash Protection: EN 13034 Type 6 provides resistance against liquid chemical splashes.