Papworths Construction Testing Equipment

Excess moisture can be present in concrete and affect the integrity and durability of the entire structure. High moisture content can cause paint to blister, floor coating to paint, and other problems associated with coating damage. Hence, concrete moisture testing must be conducted using a high-quality device that can provide accurate results. One of the tools you can use in this test is the relative humidity (RH) meter, which is a small and compact sensor that can conduct measurements and provide accurate readings quickly. Relative humidity testing identifies and monitors concrete moisture levels easily and fast in a minimally destructive manner. This way operators can save time and money. An advanced RH meter for concrete moisture testing minimises damage to the concrete’s surface while reducing the time it takes to set up. The minimal air volume on the test sleeve enables humidity equilibrium to be processed quickly and easily. When using an RH meter, you need to follow

The right equipment and service can make a difference in your project’s results and turnaround time. If you require non-invasive scanning of a subsurface, consider a ground penetrating radar service, which can help speed up the progress of your project while ensuring accurate results. Ground penetrating radar (GPR), is currently the most advanced non-destructive testing method for scanning what is located underground. Here are six reasons why this service is great: No need to excavate – Engineers used to order excavations or rely on schematics to determine what is beneath the surface. Ground penetrating radar eliminates the need to excavate the ground. The device is not likely to miss on certain details, and the service itself is more cost-effective and faster than excavations. Good for many applications – GPR uses electromagnetic waves, to bounce off any objects they hit underground. The signals then bounce back to the device and the exact location of the objects

The ground penetrating radar system is quite a useful tool with its ability to locate underground utilities with relative ease. It ensures the safety of existing construction beneath the ground while excavation is in progress for new constructions. Ground penetrating radar can also be used on concrete surfaces. Here is a blogpost telling you about applications of ground penetrating radar on concrete surface. The most impressive use of GPR in concrete is to locate the reinforcement bars inside. There are times when drilling or other invasive operation is to be carried out in a concrete structure. To ensure that sufficient cover is left for the rebars, GPR is used to map the mesh inside the concrete form. The ability of GPR to distinguish between layers of different materials helps to map interfaces between concrete and other surfaces. This comes in handy while determining pavement thickness, as the radar detects soil-concrete interface.So many important applications of GPR are

Excavations used to be the practice when it comes to locating utilities, but with utility locator tools, the process has become safer and quicker. A utility locator device is used in non-destructive testing to find problems, cracks, and manufacturing or structural defects in a surface or material without damaging anything. The most important advantages of using this tool involves savings in terms of the time, money, and effort needed for excavations and destruction of the structure, and it makes the job of locating hidden objects safer, quicker, and cost-effective. Here are the different types of tools used for finding utilities: ·        Pipe locators – When locating pipes, you can use either passive or active tools. Utility locator systems make a sound when a pipe or leak is detected. Active locators may yield complex results, as it will detect both the pipe and the leakage on other pipes and try to stop or minimise water leakage. Once the utilities have been identified, you ca

Final protective coating on products ensures its enhanced life cycle and is hence an extremely important part of the manufacturing process. Whether or not the coating chemistry will work depends on achieving the right adhesion. Testing for adhesion has been simplified with tools like the Pull-off Adhesion Tester that measures how adhesive coatings are on different surfaces such as metal, wood and concrete.   Let’s take a look at some of the features that you should be looking at before you buy that tester- How accurate your equipment is: Since the entire objective of the instrument is to measure the required force to pull coating off a particular surface, accuracy is of prime importance. Achieving an accuracy level of ±1% is recommended and desirable. Compliance to both national as well as international standards provides some degree of reliability. Moreover, self-aligning dollies are a great way to ensure that readings are accurate on all kinds of surfaces. How simpl

Non-destructive testing is typically favoured over conventional destructive tests as it helps save money and time, especially when examining materials like concrete. Concrete geometry testing involves a range of equipment that can determine rebar location and cover foundation depths and slab thickness. The following is an overview of concrete geometry testing equipment and their importance for the job: Foundation test gauge – The device is a compact shaft and pile inspection tool that uses sonic echo testing method, which is also known as ‘pile integrity test’ (PTI). Sonic echo investigations are conducted to determine the length and integrity of deep foundations. They may be conducted on a shallow wall structure, too, and on different materials such as steel, concrete, and wooden piles. The various applications of a foundation test gauge include week and uncured concrete in cast piles, determining the foundation depth, and assessment of the condition of foundations. It may be us

Excess moisture can be present in concrete and affect the integrity and durability of the entire structure. High moisture content can cause paint to blister, floor coating to paint, and other problems associated with coating damage. Hence, concrete moisture testing must be conducted using a high-quality device that can provide accurate results. One of the tools you can use in this test is the relative humidity (RH) meter, which is a small and compact sensor that can conduct measurements and provide accurate readings quickly. Relative humidity testing identifies and monitors concrete moisture levels easily and fast in a minimally destructive manner. This way operators can save time and money. An advanced RH meter for concrete moisture testing minimises damage to the concrete’s surface while reducing the time it takes to set up. The minimal air volume on the test sleeve enables humidity equilibrium to be processed quickly and easily. When using an RH meter, you need to follow