Product Description:
Senda offers high temperature rebars shear blades that are
specifically designed for cutting iron bars within a steel factory
setting. These blades are made of the highest quality materials to
ensure durability and long-lasting use in the concrete industry.
We understand the importance of having the right tools for the job
which is why we have made it easy for you to find the perfect blade
for your rebar cutter. Our site offers a broad range of cutter
blocks and shear knives compatible with all makes and models of
cutters.
The fly shear knives in our blades can withstand temperatures of up
to 1100 degrees, making them ideal for use in high-temperature
settings. Additionally, our knives are heat-treated in
process-controlled hardening plants to ensure maximum toughness and
strength.
We carefully match the material and hardness of our blades to each
application to ensure optimal performance and longevity. Choose
Senda for your rebar cutting needs, and experience the reliability
and convenience of our high-quality shear blades.
Features:
Senda Brand Information
Senda is a well-known brand in the manufacturing industry.
It originates from China and has gained popularity across the
globe.
The brand is associated with high-quality products made from
materials such as H13K, HMY, and HMB.
The hardness of these materials typically ranges between HRC 53-55,
making them highly durable and long-lasting.
Senda products are capable of withstanding high temperatures of up
to 1100 degrees Celsius, making them ideal for use in steel-making
factories.
This makes Senda a preferred brand by many steel-making factories
around the world.
Applications:
Deformation of steel rods and rebars in high temperature
Steel rods and rebars are important components in various
construction projects. However, exposure to high temperature can
cause deformations that compromise their structural integrity. When
exposed to extreme heat, steel rods and rebars can soften and even
melt, leading to collapse of the entire structure. This is why
understanding the behavior of these materials under high
temperature conditions is crucial for maintaining the safety of
buildings, bridges, and other infrastructure.
One factor that contributes to the deformation of steel rods and
rebars in high temperature environments is thermal expansion. As
the temperature increases, the steel rods and rebars expand, which
creates stress on their surrounding structures. The expansion can
also cause the steel to buckle and curve, which leads to
deformations that can affect the overall strength and stability of
the structure.
To prevent the deformation of steel rods and rebars in high
temperature environments, it is important to choose high-quality
and heat-resistant materials. Additionally, engineers must consider
the impact of high temperature on the design and construction
process of the infrastructure. With proper planning and
understanding of the behavior of materials under high temperature,
we can ensure the safety and longevity of our structures.
Packing and Shipping:
Product Packaging:
- The Flying Shear Blade will be packed securely in a durable
cardboard box.
- The blade will be wrapped in bubble wrap and secured with packing
tape to prevent any damage during transit.
- The box will be labeled with the product name and any necessary
handling instructions.
Shipping:
- The Flying Shear Blade will be shipped via a reputable courier
service.
- The shipping cost will be calculated based on the destination and
weight of the package.
- Shipping times may vary depending on the destination, but we will
provide you with a tracking number so you can monitor the progress
of your shipment.
