Why do you need to install an eye washer in your chemical plant?

There are a variety of occupational harmful factors in chemical production, such as toxic chemicals, productive dust, corrosive chemicals, harmful physical factors (high temperature, low temperature, etc.) or biological factors. Under certain conditions, occupational harmful factors directly affect the human body, impair health, and cause occupational diseases. Today's safe work requires toxic and hazardous workplaces that require the necessary emergency eyewash and rinse equipment. Article 23 of the "Prevention and Prevention of Occupational Diseases Law" stipulates: "For toxic and hazardous workplaces where acute occupational injuries may occur, the employer shall set up alarm devices, configure on-site first-aid supplies, washing equipment, emergency evacuation channels, and necessary evacuation zones. "China's relevant design specifications have also made provisions," 4.4.1 and 4.6.5 of "Safety and Sanitation Design Regulations for Chemical Enterprises" (HG20571-95), and "Occupational Safety and Sanitary Design Specifications for Petrochemical Enterprises." 》(SH 3047-93) Sections 1.10.5, 2.8.2, and 5.7.10, “Safety and Sanitation Design Provisions for Chemical Powder Engineering” (HG20532-93) Section 5.5.1 Both Clause 9 and Article 7.2.4 have made explicit provisions requiring the installation of necessary eyewash, shower and other safety and health protection facilities.

Eyewashers and showers are used as first-aid devices in the event of an accident. The purpose of the eyewash and shower devices is to provide the eyes, face or body where the water is flushed with chemical splashes at the first time to reduce the damage that chemical substances may cause. Whether the flushing is timely or thorough is directly related to the severity and prognosis of the injury. However, they only perform preliminary treatment of the eyes, face and body. They cannot replace basic protective equipment such as protective goggles, splash-proof masks, protective gloves, splash robes, and chemical protective clothing, nor can they replace the necessary safe disposal procedures. Replace medical treatment.

With regard to the detailed setting of eyewashers and showers, our country has only specified in Article 4.1.4 of the "Safety and Sanitation Design Regulations for Chemical Enterprises" (HG20571-95) that its service radius is less than 15m. The American Standard ANSI Z358.1—2004 has been recognized as an international standards for eyewash and shower washers in many countries. It is also used as a standard for many countries such as the Australian Standard AS4775-2007 and CNSl4251 T2048-1998 in Taiwan Province of China. in accordance with. The European standard EN15154—1&2:2006 provides detailed provisions for the installation, use, specification, testing, etc. of vertical body irrigators and vertical intraocular irrigators used in laboratories. The European standard EN 15154—3&4: Vertical body flusher and non-vertical intraocular flusher.

China Labor Insurance Network

Hydraulic 4wd Winches

Hydraulic 4WD winches are a powerful and reliable solution for off - road enthusiasts and professionals who require high - performance recovery and heavy - duty pulling capabilities for their four - wheel - drive vehicles. These winches are designed to withstand the rigors of extreme off - road conditions and provide consistent, robust power for a variety of demanding tasks.

How Hydraulic 4WD Winches Work
Unlike Electric Winches that rely on a vehicle's battery, hydraulic 4WD winches draw power from the vehicle's hydraulic system, typically connected to the power steering pump or a dedicated auxiliary hydraulic pump. The hydraulic system generates pressure, which is then transferred to the winch motor. This pressure drives the motor, which in turn rotates the drum around which the winch cable or rope is wound. As the drum rotates, it either pulls in or pays out the cable, allowing the winch to exert a pulling force on the load.
The hydraulic system provides a smooth and continuous flow of power, enabling the winch to operate steadily under heavy loads. This consistent power delivery is a significant advantage over electric winches, especially in long - duration winching operations or when dealing with extremely heavy and stubborn loads. For example, when extracting a 4WD vehicle stuck deep in thick mud or sand, a hydraulic winch can maintain a constant pull without the risk of overheating or losing power due to battery drainage, as is sometimes the case with electric winches.

Advantages of Hydraulic 4WD Winches
One of the most significant benefits of hydraulic 4WD winches is their high pulling capacity. They are capable of generating substantial pulling forces, often far exceeding those of many electric winches. This makes them ideal for heavy - duty 4WD vehicles, such as large trucks, military vehicles, and heavy - modified off - road rigs. In industrial applications where 4WD vehicles are used for towing heavy equipment or in construction and mining operations, the high - torque output of hydraulic winches ensures efficient and reliable performance.
Another advantage is their durability and reliability. Since they are powered by the vehicle's hydraulic system, they are not as vulnerable to electrical issues that can plague electric winches. For instance, in wet or muddy off - road conditions, electric winches may suffer from electrical shorts or reduced performance due to moisture, but hydraulic winches are less affected. Additionally, hydraulic winches can operate continuously for extended periods without overheating. This is crucial in situations where multiple recovery attempts are needed or when the winch is used for long - term, heavy - load pulling tasks.

Hydraulic 4WD winches also offer smooth and precise control. The hydraulic system allows for a more gradual application of power, enabling operators to have better control over the winching process. This is particularly important when dealing with delicate recovery situations, such as when rescuing a 4WD vehicle that is precariously balanced on a slope. The ability to control the speed and force of the winch with precision reduces the risk of causing further damage to the vehicle or the surrounding environment.

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