3M™ Particulate Filter P3 R, 6035: Encapsulated P3 filter for high-efficiency protection against hazardous dusts, mists, and airborne particles.

The 3M™ Particulate Filter P3 R, 6035 provides the highest level of reusable protection against solid and liquid particulates in a durable, lightweight, and low-profile design.

Encapsulated P3 particulate filter for protection against toxic dusts and mists. Compatible with 3M™ reusable respirators. Bayonet-style connection. Pack of 2 filters.

The 3M™ Particulate Filter 6035 P3 R is a high-performance encapsulated filter designed to protect against solid and liquid particulates, including toxic dusts, mists, and biological contaminants. Certified to EN 143:2000 P3 R, this filter offers maximum filtration efficiency and is suitable for use in hazardous industrial environments.

Its hard plastic casing provides added durability and resistance to sparks, decontamination sprays, and physical damage—making it ideal for rugged applications such as:

  • Metalworking and welding
  • Pharmaceutical manufacturing
  • Construction and demolition
  • Laboratory and chemical processing

The bayonet-style connection ensures quick and secure attachment to compatible 3M™ reusable respirators, including:

  • 3M™ Half Facepiece 6000, 6500QL, and 7500 Series
  • 3M™ Full Facepiece 6000 Series

Key features include:

  • Advanced Electret Media (AEM) for low breathing resistance
  • Spark-resistant casing for added safety
  • Swept-back profile for improved field of vision
  • Quarter-turn twist lock for easy installation

Not suitable for environments containing gases or vapours unless combined with appropriate filters. Replace when breathing becomes difficult or filters are visibly dirty or damaged.

Explore More Related Products

3M™ Particulate Filter P3 R, 6035: Encapsulated P3 filter for high-efficiency protection against hazardous dusts, mists, and airborne particles.
This website uses cookies to improve your experience. By using this website you agree to our Data Protection Policy.
Read more