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Radians Resistor NRR 32 Disposable Foam Earplug Products 200 Per Box

Radians Resistor NRR 32 Disposable Foam Earplug Products 200 Per Box

Radians, Inc.

$29.99 CAD
$29.99 CAD
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52 in stock

FP70
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$29.99 CAD
$26.99 CAD

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Mega Bullet™ Disposable Soft Polyurethane Foam Ear Plugs, Uncorded 200 Pairs Per Box - NRR 32 -267-HPF210

Radians Foam Earplugs have a tapered shape and offer the most natural fit and seal for the ear canal. Smooth shiny surface repels dirt. Low pressure, self adjusting foam offers long wearing comfort and quick recovery time.

Features

  • Comfortable, tapered shape
  • Smooth shiny surface repels dirt
  • Low pressure, self adjusting foam offers extended comfort and quick recovery time
  • FP70 Uncorded plugs are Made in the USA.
  • NRR 32 dB


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    Product Product subtotal Quantity Price Product subtotal
    Radians Resistor NRR 32 Disposable Foam Earplug Products 200 Per Box
    Radians Resistor NRR 32 Disposable Foam Earplug Products 200 Per BoxFP70
    Radians Resistor NRR 32 Disposable Foam Earplug Products 200 Per BoxFP70
    $29.99CAD/ea    		 $0.00CAD
    		$29.99CAD/ea $0.00CAD

    Noise Reduction Ratings

    Understanding NRRs

    The Noise Reduction Rating (NRR) measures how much a hearing protection device (HPD) reduces sound levels in a lab test. However, it doesn't consider the loss of protection when HPDs aren't fitted properly or worn for the entire exposure time. For many users, the NRR printed on the label overestimates the actual protection in real-world situations.

    The NRR on the label is based on a lab test where the HPD is fitted on 10 different people by the tester. This method often results in high ratings, up to 33 dB. Research shows that these ratings are higher than what many users actually experience. Therefore, it's recommended to adjust the NRR before estimating the HPD's effectiveness.

    To adjust the NRR:

    1. Subtract 7 dB if noise is measured on the A-weighted decibel scale (dBA).
    2. Divide the result by 2. This is called "derating".

    In the future, a new method called the NRR (SF), or subject fit, will be used. In this method, subjects fit their own HPD according to the manufacturer's instructions. The NRR (SF) is usually a lower rating than the current NRR, and it may be closer to the actual performance of the HPD.

    Hearing Protection