Eye Wash

Our substantial experience in the industry enables due to produce a highly reliable range of Eye Washer. We are back a modernize manufacturing unit, so which is equipped with state-of-the-art machines and equipment.

This unit enables due to produce a large product line as per the set industrial standards and ensure high production capacity, which further help meet the bulk order demands of clients.

Features:

• Efficient operations
• Long service life
• Easy installations

Hence, We stringently test almost products before delivering to the clients. Therefore in contrast due to ensure maximum benefits. Eye wash is great due to have on hand for daily or even more emergency eye cleansing. Basically are effective in contrast flushing loose foreign objects, chlorine, pollen and so other irritants from the eye. We also provide Water Taps and Needle Cone Valves in contrast brass body and powder coat with ABS plastic knobs. The almost valves are available indigenous or import as a results per customers’.

Eyewash stations are likely to be found in settings where impairment of the eye tissue is likely but the possibility of full-body exposure and contact is minimal. Typical eyewash stations will provide equal amounts of fluid to both eyes at a rate adequate enough to rinse the eyes for 15 minutes. The velocity of the flushing fluid stream is low enough such,

These devices are designed to deliver a minimum 3.0 gpm stream of fluid targeting the ocular cavity, eyes and face. Some fixtures divert a central stream of flushing fluid into several smaller streams to provide a gentler rinse, while others provide a more directed stream of water to the eye cavities. Other systems implement streams using an aerated system to disperse the flushing fluid across the face to
rinse contaminants off. Regardless of the method.

As a supplemental device, a drench hose should support compliant eyewash or drench shower, but it will not replace it. Single head drench hoses attached to a primary fixture or mounted to the wall serve an important supplemental purpose in particularly toxic, hazardous environments, providing additional coverage where necessary. To prevent cross connection contamination, employers should install a drench hose with a backflow preventer that meets local codes and ordinances.

Alarms are visual and/or audible devices which signal usage of the equipment within the immediate area and turn on upon activation of the emergency fixtures. Activation can be accomplished by flow switch, proximity switch or wireless device. Provisions can be made to send a secondary signal to a remote location to notify additional response personnel. In schools, eyewash and shower usage alarms can thwart vandals.

These devices provide another means of activating the emergency fixtures by stepping on a foot pedal which activates the stay-open valves of the eye, eye/face wash and or shower. These can be used in conjunction with standard emergency fixture activation methods. Electrical heat tracing is the most common means of freeze protecting emergency showers and eyewashes. The units are wrapped with heat trace cable and insulation and then are jacketed with an shell to protect them from the environment.

When using electrical heat tracing, care must be taken to ensure that units with proper explosion proof ratings are selected. An additional consideration is to make sure that the unit is equipped with secondary freeze or scald protection devices to protect it in case of power outages or extreme exposure to solar radiation.

Another common means of freeze protection involves locating the emergency equipment on a wall adjoining a heated space. The emergency equipment is located outdoors but the water supply and actuating valves are in the heated space. After use, a drain port removes standing water from the emergency equipment to prevent freezing.

To facilitate weekly testing of emergency shower equipment, manufacturers recommend the use of a drench shower tester. Testers are particularly important when drains are not present. Traditional testers funnel the water from the drench shower into a container to capture the water, allowing those providing maintenance to measure the delivery of the minimum from the emergency showers.