Duratuf Insulating Mats

  Picture the consequences of insulating mats that fail to offer insulation. Burns, paralysis, or even immediate death! Are you ready to face these consequences when safety falls short? Do you know when and why an electric shockproof rubber mat fails to provide insulation?  Are you sure that you are using it right? What extra care should you take to ensure your electrical safety? An electric shockproof rubber mat is protective equipment. It ensures your electrical safety during electrical accidents like arc flashes, short circuits, and others. Major industries in Bahrain, Qatar, Saudi Arabia, and other countries of the world use these mats to ensure electrical safety in their industries.  When a person touches an energized wire, he gets an electric shock. In this process, the current tends to reach the ground through the low-resistance path, i.e., the human body. An electrical mat offers a barrier between the ground and the voltage source. Being made of rubber, it resist...

  A 33 kV insulating rubber mat is a barrier between you and potential electrical hazards. How can you be confident about your safety? Electrical accidents bring high stakes in the workplace. Thus, it is important to be sure about the reliability and integrity of your insulating mat. Are you confident in the safety of your 33 kV rubber mat? Are you sure that it passes these 5 important tests?  There are different standards for insulating mats, such as ASTM D-178, IEC 61111:2009, and IS 15652:2006. Different standards are dedicated to different geographical locations. For example, Bahrain, Qatar, and the UAE usually use the IEC 61111:2009 standard.  However, the IS 15652:2006 standard has the 33kV insulating rubber mat . The Bureau of Indian Standards has set this standard for insulating mats. The IS 15652:2006 has different classes, such as Class A (3.3 kV), Class B (11 kV), and Class C (33 kV).  Make sure that your mat has passed the 5 tests that confirm the perform...

Are you looking for suitable flooring to protect the operators from electric shock?  What would you choose to ensure electrical safety—electrical rubber mats or regular rubber mats?  As a first-time buyer, you might face difficulties in selecting which rubber mat to choose for your application. Electrical insulation rubber mat and regular rubber mat are closely associated terms. Thus, people often confuse themselves while purchasing.  However, this blog is ideal for you as it will help you point out the differences between them. As a result, you can make a smart purchase.  The following are the  Differences between electrical rubber mats and regular rubber mats:  1. Composition:  Electrical rubber mats:  The base polymer of an electrical insulation rubber mat is mainly composed of natural or synthetic rubber. The composition also includes fillers and plasticizers. In addition, the manufacturers add different accelerators and vulcanizing agents. T...

  How do educational institutions ensure the electrical safety of students with rubber mats for electrical panels?  Where do you think they are installed?  The primary purpose of insulated rubber mats for the electrical panels is to ensure electrical safety. They significantly reduce electrical accidents and related downtime. However, industries having high-voltage applications install them.  Where are rubber mats for electrical panels installed in engineering colleges? Engineering colleges have electrical laboratories. High voltage DC shunt motor, induction motors, and other machines are there. These run at high voltages of approximately 420 V or even more. Engineering students often operate these high voltage machines.  Thus, there can be instances where they are exposed to electrical hazards. These laboratories have rubber mats for electrical panels to ensure electrical safety. They install them near panels, high-voltage motors, and others. Universities inst...

  What if your electrical insulating mat starts conducting electricity?  Will it be able to ensure your electrical safety?  What makes an electrical insulating mat conductive? As a user, you should be aware of the factors that can make your electrical insulating mat conductive. Electrical insulating mats are insulators. They are made of rubber and have a negligible number of charge carriers. This prevents the free movement of electrons. Hence, they are used to protect people from dangerous power hazards like arc flashes, short circuits, and others.  Let us now check the Factors that make an electrical insulating rubber mat conductive: 1. Voltage withstanding level:  Insulating mats have different classes. Each class has different voltage-withstanding capacities. Mismatch of working voltages with the voltage rating of the insulating mats will damage them. As a result, they will start to conduct electricity.  Suppose, you are using an 11 kV mat for a working...

  Why is an electrical insulating rubber mat crucial in research and development units? Worried about your electrical safety during prototype developments? Do you know that an insulating mat can be a savior while testing your high-voltage systems?  Research and development units have different high-voltage applications. High-voltage applications are common during prototype development, testing, and other functions. There can be common power hazards like short circuits and arc flashes. As a result, researchers and developers are at risk of being exposed to electrical accidents.  What do they require to ensure electrical safety? An insulating mat ! Let us now check the Role of Electrical Insulating Rubber Mat in Research and Development Units An electrical insulating rubber mat is a safety gear. Owing to the atomic structure of rubber, it resists the free movement of electrons. Thus, it acts as a barrier between the ground and the voltage source. An insulating mat protects...

  55.28% drop in worker accidents?  How could the Qatar Metro Railways get these results?  What does it have to do with Duratuf electrical insulating rubber mats? Duratuf insulating mat has been the a reliable protective equipment for the past 14 years. Its extraordinary insulating properties and durability have made it renowned in the market. It added value to the QIRP Project, as well. Let's take a look at the case study to know: Qatar Integrated Railway Project: The QIRP (Qatar Integrated Railway Project) aimed to expand its public transport network. This is based in the Greater Doha Area. Phase 1 included 35 stations. On the other hand, the other phase is planned to include 60 stations. This will make transportation convenient. However, with this plan, they could reduce the busy roads due to private transportation to a certain extent. They planned on connecting the Great Doha Areas, Al Wakrah-Mesaieed, and Al Khor. The primary purpose was to draw people to use public...