slip resistance
简明释义
滑脱阻力
英英释义
Slip resistance refers to the ability of a surface to prevent slipping or sliding when pressure is applied, particularly in wet or slippery conditions. | 防滑性指的是表面在施加压力时,尤其是在潮湿或滑腻条件下,防止滑动或滑倒的能力。 |
例句
1.The manufacturer claims that their new shoe line offers superior slip resistance on wet surfaces.
制造商声称他们的新鞋系列在潮湿表面上提供卓越的防滑性能。
2.For outdoor patios, choose tiles with high slip resistance to prevent accidents.
对于户外露台,选择具有高防滑性能的瓷砖以防止意外发生。
3.The new flooring material has excellent slip resistance, making it safe for wet areas.
这种新地板材料具有出色的防滑性能,使其在潮湿区域使用安全。
4.In hospitals, floors are designed with slip resistance to ensure patient safety.
医院的地板设计具有防滑性能以确保病人的安全。
5.When selecting a mat for the entrance, look for one with good slip resistance to reduce slipping risks.
在选择入口垫时,寻找具有良好防滑性能的垫子以减少滑倒风险。
作文
Slip resistance is an important factor in various industries, especially in construction and flooring. It refers to the ability of a surface to prevent slipping, which is crucial for ensuring safety in both residential and commercial spaces. For instance, when choosing tiles for a bathroom, one must consider the slip resistance (防滑性) of the material to avoid accidents caused by wet surfaces. Many accidents occur due to slippery floors, and understanding the concept of slip resistance (防滑性) can help mitigate these risks significantly.In the construction industry, architects and designers pay close attention to the slip resistance (防滑性) of materials used in walkways, stairs, and ramps. The right choice of materials can enhance safety and accessibility, particularly for vulnerable populations such as the elderly or those with disabilities. For example, textured surfaces often provide better slip resistance (防滑性) compared to smooth finishes, making them a preferred option in public spaces.Moreover, the slip resistance (防滑性) of a surface can be quantified through various testing methods. One common test is the coefficient of friction (COF), which measures the frictional force between two surfaces. A higher COF indicates better slip resistance (防滑性), while a lower COF suggests a greater risk of slipping. This testing is essential for manufacturers who want to ensure their products meet safety standards.In addition to construction and flooring, slip resistance (防滑性) is also vital in sports and recreational facilities. Athletes require surfaces that provide adequate grip to perform at their best. For instance, gym floors, swimming pool decks, and outdoor sports courts are designed with specific slip resistance (防滑性) characteristics to enhance performance and safety. The right balance of slip resistance (防滑性) ensures that athletes can move freely without the fear of slipping and falling.Furthermore, the choice of footwear plays a significant role in slip resistance (防滑性). Shoes with appropriate tread patterns and materials can greatly improve traction on various surfaces. For example, non-slip shoes are commonly recommended for workers in kitchens and hospitals, where spills are frequent and the risk of slipping is high. Understanding how slip resistance (防滑性) applies to footwear can help individuals make safer choices in their daily lives.In conclusion, slip resistance (防滑性) is a critical aspect of safety across multiple domains, from construction to sports and everyday life. By prioritizing surfaces and materials with high slip resistance (防滑性), we can create safer environments that reduce the likelihood of accidents. Whether it’s selecting the right flooring for a home or choosing appropriate footwear for work, being aware of slip resistance (防滑性) can lead to more informed and safer decisions. As we continue to innovate in design and materials, understanding the principles of slip resistance (防滑性) will remain essential for enhancing safety and functionality in our surroundings.
防滑性是各个行业中一个重要的因素,尤其是在建筑和地板行业。它指的是表面防止滑动的能力,这对确保住宅和商业空间的安全至关重要。例如,在选择浴室瓷砖时,必须考虑材料的防滑性(slip resistance),以避免因湿滑表面而导致的事故。许多事故都是由于地板滑倒造成的,理解防滑性(slip resistance)的概念可以显著降低这些风险。在建筑行业,建筑师和设计师非常关注步道、楼梯和坡道所用材料的防滑性(slip resistance)。选择合适的材料可以增强安全性和可达性,特别是对于老年人或残疾人等弱势群体。例如,纹理表面通常比光滑表面提供更好的防滑性(slip resistance),使其成为公共空间的首选。此外,表面的防滑性(slip resistance)可以通过各种测试方法进行量化。一种常见的测试是摩擦系数(COF),它测量两个表面之间的摩擦力。较高的摩擦系数表示更好的防滑性(slip resistance),而较低的摩擦系数则表明滑倒的风险更大。这项测试对希望确保其产品符合安全标准的制造商至关重要。除了建筑和地板,防滑性(slip resistance)在体育和娱乐设施中也至关重要。运动员需要提供足够抓地力的表面,以便发挥最佳水平。例如,健身房地板、游泳池甲板和户外运动场都设计有特定的防滑性(slip resistance)特性,以增强性能和安全性。适当的防滑性(slip resistance)平衡确保运动员能够自由移动,而不必担心滑倒和摔倒。此外,鞋类的选择在防滑性(slip resistance)中也起着重要作用。具有适当胎面图案和材料的鞋子可以极大地提高在各种表面上的抓地力。例如,非滑鞋通常被推荐给厨房和医院的工作人员,因为这些地方经常有溢出,滑倒的风险很高。了解防滑性(slip resistance)如何应用于鞋类,可以帮助个人在日常生活中做出更安全的选择。总之,防滑性(slip resistance)是多个领域安全的重要方面,从建筑到体育和日常生活。通过优先选择具有高防滑性(slip resistance)的表面和材料,我们可以创造更安全的环境,减少事故发生的可能性。无论是为家中选择合适的地板,还是为工作选择合适的鞋类,意识到防滑性(slip resistance)可以导致更明智和安全的决策。随着我们在设计和材料方面的不断创新,理解防滑性(slip resistance)的原则将继续对提高我们周围环境的安全性和功能性至关重要。