Salix Anycape EEBD Resource Hub

Features, Specs & Guides

Salix Anycape EEBD: Life-Saving Breathing Protection in Workplace Emergencies

The SMEE Salix Anycape Emergency Escape Breathing Device (EEBD) is a high-quality respiratory protection device designed for Immediately Dangerous to Life or Health (IDLH) situations. Whether in the maritime, industrial, mining, or confined space sectors, this lightweight and quick-deploying EEBD provides an immediate and independent source of medical oxygen, ensuring users can breathe safely while escaping from fire, toxic gas leaks, or oxygen-deficient environments.
Developed with advanced oxygen replenishment and carbon dioxide absorption technology, the EEBD maintains a stable and breathable air composition similar to atmospheric conditions, allowing for safe evacuation in high-risk emergencies. Manufactured by a trusted leader in industrial safety solutions, the Salix Anycape EEBD meets strict global compliance standards, providing reliable life-saving protection when every second counts.

The Salix Anycape EEBD – Immediate Breathing Protection for Emergency Escape

Engineered for safety. Trusted in high-risk industries. Designed for survival.

The Salix Anycape Emergency Escape Breathing Device (EEBD) is a life-saving respiratory protection device that provides an instant, independent source of medical oxygen, allowing individuals to breathe safely while escaping hazardous environments such as:

Fires that produce thick smoke and toxic gases.
Toxic gas leaks, including carbon monoxide (CO) and hydrogen sulfide (H₂S).
Oxygen-deficient atmospheres in confined spaces like engine rooms or cargo holds.

Shop Now

✅ Up to 50 Minutes of Oxygen Supply

Designed for IDLH (Immediately Dangerous to Life or Health) situations, the Salix Anycape EEBD provides a reliable source of breathable air for more than 30 minutes and up to 50 minutes, depending on the individual’s breathing rate. This ensures a safe and effective escape in emergencies involving fire, smoke, or toxic gas exposure.

✅ Rapid Deployment in Under 10 Seconds

With auto-activation technology, the EEBD is ready to use instantly. Simply don the hood, and the device starts supplying oxygen without requiring manual setup, allowing for quick evacuation when every second counts.

✅ Flame-Resistant & Durable Construction

Made from highly resistant, flame-retardant materials, the Salix Anycape EEBD is built to withstand high-heat environments, protecting the wearer from external flames and extreme conditions.

✅ Lightweight & Ergonomic Design

Weighing only 2.40 kg, the EEBD is compact, highly visible, and easy to carry, making it ideal for storage in emergency stations, confined spaces, or personal safety gear.

✅ Reliable Oxygen Replenishment & CO₂ Absorption

Utilising advanced filtration technology, the device replenishes oxygen and absorbs carbon dioxide, ensuring that the air remains breathable and stable throughout the evacuation process.

Technical Specifications

Industries that require EEBDs

Oil & Gas
Maritime & Shipping
Industrial & Manufacturing Plants
Mining

How the Salix Anycape EEBD Delivers Safe Breathing

The Salix Anycape Emergency Escape Breathing Device (EEBD) is engineered with a closed-circuit breathing system, ensuring a continuous supply of breathable oxygen while efficiently managing carbon dioxide removal. This advanced mechanism allows users to breathe safely in hazardous environments such as fire, toxic gas exposure, and oxygen-deficient areas. Here’s how the process works:

1️⃣ Oxygen Consumption & Exhalation

During inhalation, only 5% of the oxygen is used by the wearer, while the remaining oxygen is expelled through exhalation.
The exhaled air is captured within the system, preventing oxygen waste and ensuring continued supply.

2️⃣ Oxygen Replenishment & Carbon Dioxide Absorption

The exhaled breath is trapped inside the Anycape EEBD, where the consumed oxygen is automatically replenished.
Any emitted carbon dioxide (CO₂) is absorbed by a dedicated CO₂ filtration system, ensuring a safe breathing cycle.

3️⃣ Continuous Breathing Circulation

The filtered air is stored in a re-breathing bag, allowing the user to inhale fresh oxygen through the breathing tube.
The cycle repeats, maintaining a stable oxygen concentration while lowering CO₂ buildup, creating an efficient breathing circulation system.

This closed-loop system allows the Salix Anycape EEBD to provide a sustained oxygen supply for more than 30 minutes and up to 50 minutes (depending on the user’s breathing rate).

Engineering Excellence – The Advanced Technology Behind the Salix Anycape EEBD

From its oxygen regulation system to its automatic activation and heat exchange technology, every component is engineered for maximum reliability in life-threatening situations.

Precision Oxygen Regulation for a Stable Supply
- High-pressure (200 bar) oxygen regulation for a steady supply.
- Integrated pressure gauge & valve for compact, lightweight design.
- Releases oxygen at ~2L/min for a controlled, stable flow.
Auto-Activation System
- Instant oxygen supply upon removal from the case.
- Gear-driven valve mechanism ensures rapid deployment.
- No manual setup needed – activates within seconds.
Canister Cooling Structure
- Aluminium heat exchange prevents overheating.
- Cold oxygen circulation ensures comfortable breathing.
- Advanced CO₂ absorbent reduces heat generation.

How to Use the EEBD – Step-by-Step Guide

Using the Salix Anycape EEBD in Any Emergency Situation

A Quick & Simple Video Guide

Watch Now

Certified for Safety & Workplace Compliance

The Salix Anycape EEBD meets strict international and Australian safety standards, ensuring it provides reliable respiratory protection in life-threatening emergencies. Designed for use in maritime, industrial, mining, and confined space environments, it complies with key workplace health and safety (WHS) regulations and global emergency escape requirements.

✔ ISO 23269-1:2008 ✔ EN 1146:2005

Every Second Counts in an Emergency – Get EEBDs for Your Workplace Today

Contact Us for Bulk Pricing

Salix Anycape EEBD Resource Hub

Features, Specs & Guides

Salix Anycape EEBD: Life-Saving Breathing Protection in Workplace Emergencies

The Salix Anycape EEBD – Immediate Breathing Protection for Emergency Escape

Engineered for safety. Trusted in high-risk industries. Designed for survival.

✅ Up to 50 Minutes of Oxygen Supply

✅ Rapid Deployment in Under 10 Seconds

✅ Flame-Resistant & Durable Construction

✅ Lightweight & Ergonomic Design

✅ Reliable Oxygen Replenishment & CO₂ Absorption

Industries that require EEBDs

Oil & Gas

Maritime & Shipping

Industrial & Manufacturing Plants

Mining

How the Salix Anycape EEBD Delivers Safe Breathing

1️⃣ Oxygen Consumption & Exhalation

2️⃣ Oxygen Replenishment & Carbon Dioxide Absorption

3️⃣ Continuous Breathing Circulation

Engineering Excellence – The Advanced Technology Behind the Salix Anycape EEBD

Precision Oxygen Regulation for a Stable Supply

- High-pressure (200 bar) oxygen regulation for a steady supply.

- Integrated pressure gauge & valve for compact, lightweight design.

- Releases oxygen at ~2L/min for a controlled, stable flow.

Auto-Activation System

- Instant oxygen supply upon removal from the case.

- Gear-driven valve mechanism ensures rapid deployment.

- No manual setup needed – activates within seconds.

Canister Cooling Structure

- Aluminium heat exchange prevents overheating.

- Cold oxygen circulation ensures comfortable breathing.

- Advanced CO₂ absorbent reduces heat generation.

How to Use the EEBD – Step-by-Step Guide

Using the Salix Anycape EEBD in Any Emergency Situation

Certified for Safety & Workplace Compliance

Every Second Counts in an Emergency – Get EEBDs for Your Workplace Today

Featured Reads – Safety Guides, Best Practices & More

March 18 2025, by Tatianna Gerard Can Mosquitoes Bite Dogs? What Every Pet Owner Needs to Know

March 18 2025, by Tatianna Gerard The Importance of Respiratory Fit Testing in Occupational Safety

March 18 2025, by Tatianna Gerard EEBD Inspection & Replacement: How Often Should You Check Your Device?