Load Strength Test (Every Category)

Load testing is an essential part of any project, and many different products require such testing. Load testing determines a product's ability to withstand and perform under a recommended load. When using a product under correct and approved loads, load testing ensures that the product will hold securely.

Load testing is very important as it ensures that a product can safely withstand a certain weight or force. The set limit value is known as the safe working load. This value should always be adhered to to ensure maximum safety and no possibility of product failure.

However, the load resistance values ​​differ from material to material. For example, the resistance of glass to compressive stress is extremely high. On the other hand, its resistance to tensile stress is significantly low.

As with glass, there is load resistance for pallets, for example. Different pallet designs have different static, dynamic and rack load capacities. Multiple factors affect pallet load capacity and it is important to choose pallets that are suitable for the weight of the load.

The main factors affecting the load resistance of a wooden pallet are the thickness and type of wood used. Other factors are the production process and the way of design. The load capacity of a pallet is the maximum amount of weight the pallet is designed to carry. Static load strength is the amount of weight a pallet can lift at rest or in a fixed position on a flat surface. Static loads are not affected by movement. Dynamic load strength is the maximum evenly distributed weight that a pallet can carry while being lifted by a forklift or pallet truck.

The quality of concrete generally depends on its strength. Strength of concrete is essential in construction. There are different types of concrete strength that affect its quality, durability and cost. The compressive strength of concrete is its capacity to resist cracking or breaking under stress. Flexural strength determines the concrete's ability to withstand bending. This is an indirect measure of tensile strength.

A few factors that affect concrete load strength are: cement type, quantity and quality, cleanliness and classification of aggregate, water ratios, presence or absence of additives, temperature, mixing, curing conditions, and age of concrete.

Our organization also provides load endurance test services with its trained and expert staff and advanced technological equipment, among the numerous test, measurement, analysis and evaluation studies it provides for businesses in various sectors.