MIRA Safety  |  SKU: MIRA-DPAPERCWD-1

MIRA Safety - CBRN Detection Paper

Regular price $2995
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Description

CWD-1 and CWD-2 Detection Paper is designed to detect and differentiate between three of the deadliest groups of chemical warfare agents (CWAs): G agents (sarin, soman, tabun), V agents (VX Gas), and H agents (blister agents like mustard gas). CWD-1/2 can detect these elements in liquid form. CWD-1/2 is the world standard for CWA detection paper, and it comes in a small booklet that’s easy to use and transport.


Key Features of MIRA Safety CWD-1/2 Detection Paper:

  • Detects three distinct families of CWAs in liquid form in as little as 30 seconds
  • Each booklet contains 12 sheets of detection paper with a color guide and instructions.
  • The same CWD-1/2 paper is used by professionals worldwide in both military and civilian applications.
  • Operating temperature range -40°C to 60°C ( -40°F to 140°F)
  • 5-year shelf life


Technical Specification:

Knowing what threats you’re facing is crucial to safely navigating any situation.


After all, different threats require different types and levels of protection, and your life could depend on deploying the correct protective equipment.


CWD-1/2 Detection Paper is designed to provide you with crucial knowledge about CWAs in less than a minute.


When exposed to as little as a single drop of G, V, or H-family CWAs, CWD-1/2 detection paper will instantly begin to change color. The color can then be matched to the attached color guide to determine which threat you’re facing, which in turn, can guide your plan of action.


Each booklet of detection paper is compact enough to fit in a side pocket and comes packaged in a polyethylene bag to protect it from moisture or accidental exposure. Each booklet contains 12 sheets of detection paper and instructions ( CWD-1 comes 25 sheets in a carton).


CWD-1/2 Detection Paper is an absolute necessity for CBRN protection and should be used in conjunction with MIRA Safety gas masks and protective equipment.

 

Technical Data - Dimensions:

  • Booklet: 65 x 100 mm
  • Detection Sheet: 65 x 86 mm


Storage:

CWD-1/2 Detection Paper comes as a booklet in a polyethylene bag. It should be stored in its original packaging in a cool, dark, and dry place at temperatures ranging from -40°C to +40°C ( -40°F to +104°F) for up to five years. CWD-1/2 paper can be stored at temperatures up to 60°C (140°F) for up to one month.

 

Return Policy:

For MIRA Safety products, we adhere to the MIRA Safety return policy, prioritizing the safety and wellbeing of our customers above all else. Given the critical nature of the products we offer, and to ensure their integrity, we do not accept returns once items have shipped from our warehouse. This policy safeguards our customers, ensuring the PPE they receive is uncompromised and untampered.

Payment & Security

Payment methods

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  • Mastercard
  • Visa

Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

Frequently Asked Questions

How quickly can the MIRA Safety CBRN Detection Paper identify chemical agents?

The MIRA Safety CBRN Detection Paper can identify chemical warfare agents in as little as 30 seconds. This rapid detection is crucial in emergency scenarios where time is of the essence. The paper changes color upon contact with liquid forms of G, V, or H agents, allowing users to quickly match the color to a guide and determine the specific threat. This quick identification helps in making informed decisions about the necessary protective measures to take.

What types of chemical warfare agents can the CWD-1/2 Detection Paper detect?

The CWD-1/2 Detection Paper is capable of detecting three major families of chemical warfare agents: G agents, V agents, and H agents. G agents include sarin, soman, and tabun, which are nerve agents. V agents, like VX gas, are also nerve agents but are more persistent. H agents, such as mustard gas, are blister agents. This broad detection capability makes the paper a versatile tool for both military and civilian applications in various emergency preparedness scenarios.

How should the MIRA Safety Detection Paper be stored to ensure its longevity?

To maintain the effectiveness of the MIRA Safety Detection Paper, it should be stored in its original polyethylene packaging in a cool, dark, and dry place. The recommended storage temperature ranges from -40°C to +40°C (-40°F to +104°F) for up to five years. If necessary, the paper can withstand temperatures up to 60°C (140°F) for up to one month. Proper storage is essential to prevent moisture damage and accidental exposure, ensuring the paper remains ready for use in critical situations.

What is the shelf life of the CWD-1/2 Detection Paper, and how does it impact emergency preparedness?

The CWD-1/2 Detection Paper has a shelf life of up to five years when stored properly. This extended shelf life is beneficial for long-term emergency preparedness, as it allows you to keep the detection paper as part of your CBRN protection kit without frequent replacements. However, regular checks on the condition of the paper and adherence to storage guidelines are recommended to ensure its reliability when needed.

How does the detection paper guide the use of protective equipment in a CBRN scenario?

By identifying specific chemical agents, the detection paper helps determine the appropriate protective equipment required. For instance, detecting a G agent would necessitate the use of a gas mask with the correct filter to protect against nerve agents. Understanding the threat allows for the deployment of suitable protective gear, minimizing exposure risk. For more information on selecting the right gas mask filter, visit our guide on gas mask filters.

What are the dimensions of the MIRA Safety CBRN Detection Paper booklet, and why is this important?

Each booklet of MIRA Safety CBRN Detection Paper measures 65 x 100 mm, with individual detection sheets being 65 x 86 mm. The compact size of the booklet makes it easy to carry in a pocket or small bag, ensuring it is readily accessible in an emergency. This portability is crucial for first responders and individuals in high-risk areas, allowing them to quickly assess chemical threats without cumbersome equipment.

How does the MIRA Safety Detection Paper perform in extreme temperatures?

The MIRA Safety Detection Paper is designed to operate effectively in a wide temperature range from -40°C to 60°C (-40°F to 140°F). This capability ensures that the paper remains functional in diverse environmental conditions, whether in freezing cold or extreme heat. However, prolonged exposure to high temperatures should be minimized to maintain the paper's integrity and accuracy over time.

Why is it important to use the MIRA Safety Detection Paper in conjunction with other CBRN protective gear?

Using the MIRA Safety Detection Paper alongside other CBRN protective gear enhances overall safety and preparedness. While the paper identifies chemical threats, additional gear like gas masks and protective suits provide the necessary physical barrier against exposure. This layered approach is crucial in ensuring comprehensive protection in environments where chemical warfare agents may be present. For more on comprehensive CBRN protection, explore our Gas Masks collection.

What precautions should be taken when using the detection paper to ensure accurate results?

To ensure accurate results with the detection paper, avoid contaminating the sheets with substances other than the suspected chemical agents. It's important to handle the paper with clean hands or gloves and to follow the instructions provided in the booklet closely. Any deviation from the recommended usage could lead to false positives or negatives, compromising the reliability of the detection process.

How does the detection paper's color guide assist in identifying chemical threats?

The color guide included with the detection paper helps users quickly identify the type of chemical agent present. When the paper changes color upon contact with a liquid chemical agent, the user matches this color to the guide to determine whether it is a G, V, or H agent. This immediate visual feedback is crucial for making timely decisions regarding protective measures and evacuation if necessary.