MICROGARD 2000: The Ultimate Balance of Protection and Comfort in Industrial Safety

microgard 2000

In today’s high-risk industrial environments, selecting the right protective gear is not just a regulatory requirement—it’s a critical safeguard for human health. Among the standout solutions, MICROGARD 2000 by Ansell has emerged as a global benchmark, blending advanced material science with ergonomic design to address diverse workplace hazards. Let’s explore why this suit is a top choice across industries like pharmaceuticals, cleanrooms, and chemical handling.

Innovative Technology for Uncompromised Safety

1. Microporous Polyethylene Laminate: A Game-Changer

The MICROGARD 2000’s core lies in its microporous polyethylene laminate nonwoven fabric, a breakthrough material engineered to block 100% of particles as small as 0.01 microns—including viruses, radioactive dust, and toxic aerosols—while remaining breathable. This dual functionality ensures:

  • Superior Liquid Resistance: Repels low-to-moderate chemical splashes, pesticides, and biological fluids, complying with EN 13034 (Type 6) and DIN 32781 standards for pesticide protection.
  • Heat Stress Reduction: With a 63gsm fabric weight and high water vapor transmission rate, it minimizes heat buildup during prolonged use, a critical feature in tropical climates or high-intensity tasks.

2. Ergonomic Design for Enhanced Mobility

The suit’s bound seams and stretchable panels provide a secure yet flexible fit, critical for tasks requiring precision. Key design elements include:

  • Three-Piece Hood & Adjustable Closures: Ensures full head and neck coverage without restricting movement.
  • Anti-Static Properties: Compliant with EN 1149-5, it prevents electrostatic discharge in explosive environments or electronics manufacturing.
  • Latex- and Silicone-Free Construction: Reduces allergy risks and contamination in sensitive applications like spray painting.

Certifications: Meeting Global Safety Benchmarks

MICROGARD 2000 is rigorously tested to comply with the EU’s strictest PPE regulations (CE Category III) and multiple international standards:

  • EN 14126: Validates protection against bloodborne pathogens and biological contaminants, making it ideal for pandemic response.
  • EN 1073-2: Certifies resistance to radioactive particles (Class 2), crucial for nuclear facility maintenance.
  • Type 5/6 Classification: Combines EN ISO 13982-1 (dry particulate protection) and EN 13034 (liquid splash resistance), covering a broad risk spectrum.

These certifications ensure compliance across regions, simplifying procurement for multinational corporations.

Applications: Versatility Across Critical Sectors

1. Pharmaceuticals & Cleanrooms

The suit’s low-linting fabric minimizes fiber contamination in sterile environments, while its anti-static properties protect sensitive equipment.

2. Chemical Handling & Agriculture

From pesticide application to machinery cleaning, its chemical-resistant barrier safeguards against corrosive liquids and airborne toxins.

3. Emergency Response & Forensics

Used in crime scene investigations and hazmat operations, it provides reliable protection against biohazards and toxic particulates.

4. Veterinary Services

The breathable design and full-body coverage make it ideal for managing animal-borne pathogens.

Why Professionals Trust MICROGARD 2000

1. Comfort Meets Durability

  • Extended Wearability: Lightweight and breathable, it supports 8-hour shifts without fatigue.
  • Sizing Inclusivity: Available in S-5XL with color-coded options (white/green) for hazard differentiation.

2. Cost-Effective Protection

  • Individually Packed: Ensures hygiene and extends shelf life to 5 years, reducing waste.
  • Reusable Options: Select models support limited reuse, aligning with sustainability goals.

3. Future-Ready Features

Ansell integrates smart PPE trends, exploring sensor-compatible designs for real-time hazard monitoring.

Sustainability in Focus

Ansell prioritizes eco-conscious manufacturing:

  • Recycled Materials: Selected components use sustainable polymers.
  • Reduced Carbon Footprint: Centralized production in Sri Lanka and China optimizes logistics.

 

Comprehensive datasets and analysis can be provided—please inquire for access.

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