Product Description:
Senda offers high-temperature rebar shear blades specially designed for cutting iron bars in steel factories. Our cutting blades, cutter blocks, and shear knives are of high quality and are used in the concrete industry.
Through our website, you can easily obtain these blades for all makes and models of cutters. Our flying shear blades can withstand a maximum working temperature of 1,100 degrees. They are heat-treated in process-controlled hardening plants, ensuring optimal material and hardness for each respective application.
Features:
Brand: Senda
Senda is a reputable brand that has a strong presence in the industry. The company is known for its high-quality products and exceptional customer service.
Country of Origin: China
Senda is proud to be a Chinese company, and it has its headquarters located in the bustling city of Shanghai. Despite being based in China, Senda's products have gained widespread recognition across the world.
Material: H13K, HMY, HMB
Senda products are made from high-quality materials, including H13K, HMY, and HMB. These materials are known for their durability and strength, and they are ideal for use in a wide range of applications.
Hardness: HRC 53-55
The products produced by Senda have a hardness rating of HRC 53-55. This level of hardness ensures that the products are able to withstand the demands of everyday use, and they are able to maintain their shape and integrity over time.
Working Temperature: 1100 Centigrade Max Reach
Senda's products are capable of withstanding high temperatures of up to 1100 Centigrade. This makes them ideal for use in environments such as steel-making factories, where high temperatures are a common occurrence.
Application: Steel Making Factory
Senda's products are highly suitable for use in steel-making factories. They are able to withstand the high temperatures and harsh conditions found in these facilities, making them a popular choice for customers in the industry.
Applications:
Steel rods and rebars are subjected to deformation when exposed to high temperatures. The integrity and strength of these materials can be compromised causing them to buckle, bend or twist. This deformation can be attributed to the thermal expansion and contraction of the metal.
During exposure to high temperature, the steel rods and rebars expand due to the increase in temperature, this expansion causes an increase in the length and volume of the material, hence causing deformation. The degree of deformation depends on the intensity and duration of the exposure to the high temperature.
Furthermore, overheating of steel rods and rebars can cause significant damage to the materials' compositional structure and reduces their strength. This compromised integrity of the material could potentially lead to structural failure, if not well checked and replacements made where necessary.
It is important to keep in mind that steel rods and rebars are used in the construction of critical structures like buildings, bridges, and dams, among others. Hence, it is paramount that these materials are handled and maintained appropriately to prevent structural failure.
Steel rods and rebars are subjected to deformation when exposed to high temperatures. The integrity and strength of these materials can be compromised causing them to buckle, bend or twist. This deformation can be attributed to the thermal expansion and contraction of the metal.
During exposure to high temperature, the steel rods and rebars expand due to the increase in temperature, this expansion causes an increase in the length and volume of the material, hence causing deformation. The degree of deformation depends on the intensity and duration of the exposure to the high temperature.
Furthermore, overheating of steel rods and rebars can cause significant damage to the materials' compositional structure and reduces their strength. This compromised integrity of the material could potentially lead to structural failure, if not well checked and replacements made where necessary.
It is important to keep in mind that steel rods and rebars are used in the construction of critical structures like buildings, bridges, and dams, among others. Hence, it is paramount that these materials are handled and maintained appropriately to prevent structural failure.
Packing and Shipping:
Product Packaging:
- The Flying Shear Blade will be packed in a sturdy cardboard box to ensure its safety during transportation.
- The blade will be wrapped in bubble wrap to prevent any damage during shipping.
- A user manual will be included in the package.
Shipping:
- The product will be shipped via a reputable courier service.
- Delivery time may vary depending on the destination, but typically takes between 3-7 business days.
- Customers will receive a tracking number to monitor the delivery status of their package.
