FLANGE CLASSIC, CORDED EAR PLUG
FLANGE CLASSIC, CORDED EAR PLUG
PIP267-HPR200C
267-HPR200C
61.98
/ BX
http://schema.org/OutOfStock
/Product/PIP267-HPR200C
- Country of Origin: SE
- Design: Corded
- Disposable/Reusable: Reusable
- Manufacturer Name: Protective Industrial Products
- Shape: Self-Sealing Flange
- Specifications Met: ANSI S3.19-1974
- Type: Multi-Use
- Noise Reduction Rating: 23 dB
- Plug Color: Orange
- Plug Material: Thermoplastic Elastomer
- Size: Universal
- Has Attributes: Yes
- Has Image: Yes
Plugs are often used in dirty working environments making it likely that particles will collect on the surface of the material, causing minor injuries and irritation. The smooth, dirt-repellent surface of the HPR200 can be cleaned using soap and water, maintaining the wearer's comfort and safety.
- Application
- Item Features
Manufacturing, Workshops, Construction, Surveillance and Dirty environments
- Avoid minor injuries and irritation with a smooth, dirt-repellent surface
- Combination of sealing flanges and discs for best wearing comfort and attenuation
- Stiffened shaft makes insertion easy and avoids contact with the parts inserted into the ear
- Natural sound image and excellent for speech clarity and comprehension
- Reusable, which makes these ear plugs very cost effective
- Easy to store in the packet when the plugs are not in use
- The ear plugs can be cleaned with mild soap and water
- Non-resonating textile cord can be detached easily for added safety
- Corded style Easier to keep track of by allowing the user to wear the plugs around their neck while not in use
- Can be made with rubber or non-resonating textiles, and certain styles are detachable for added safety
- The smooth, dirt-repellent surface of TPE plugs can be cleaned using soap and water
- his is ideal for dirty working environments, preventing minor injuries and irritation
- It is created in a pre-formed shape and requires no rolling, making them easy to put on
- Its moderate noise reduction blocks out hazardous noise yet allows warning signals and voices to be clearly understood