Product Description:
The No-Magnetic Stainless Steel shots are a versatile and
high-quality product designed for various industrial applications.
With their unique non-magnetic properties, these shots are ideal
for shot peening, surface preparation, cleaning, and deburring
processes.
One of the key features of the No-Magnetic Stainless Steel shots is
their non-magnetic nature, which sets them apart from other types
of steel shots. This property makes them suitable for applications
where magnetic interference is a concern, ensuring precise and
reliable results in critical operations.
With a melting point ranging from 1400 to 1450℃, these stainless
steel shots exhibit excellent thermal stability, allowing them to
withstand high temperatures during industrial processes without
compromising their performance. This high melting point makes them
a durable and long-lasting solution for demanding applications.
The density of the No-Magnetic Stainless Steel shots is 7.8 G/cm3,
providing a balanced weight that ensures optimal impact and
coverage during shot peening and surface preparation tasks. This
density also contributes to the shots' ability to deliver
consistent and uniform results across various surfaces and
materials.
These stainless steel shots are designed in a spherical shape,
which enhances their efficiency and effectiveness in applications
such as cleaning and deburring. The spherical shape ensures smooth
and even coverage, reducing the risk of surface damage and
delivering superior results with minimal waste.
In summary, the No-Magnetic Stainless Steel shots are a reliable
and high-performance solution for industrial processes that require
precision, consistency, and durability. With their non-magnetic
properties, high melting point, optimal density, and spherical
shape, these shots offer versatility and efficiency in shot
peening, surface preparation, cleaning, and deburring applications.
Features:
- Product Name: No-Magnetic Stainless Steel shots
- Hardness: HRC 40-60
- Durability: High
- Material: Stainless Steel
- Microstructure: Austenite
- Size: 0.2mm - 3.0mm
Applications:
No-Magnetic Stainless Steel shots by LONGLIDE are a versatile
product with a wide range of application occasions and scenarios
due to their unique attributes. Made from high-quality stainless
steel material in China, these shots are available in various sizes
ranging from 0.15mm to 3.0mm.
One of the key features of these shots is their excellent corrosion
resistance, making them ideal for use in harsh environments such as
marine or industrial settings. Their non-magnetic properties make
them suitable for applications where magnetic interference is a
concern, ensuring precision and accuracy.
The reusability of these shots multiple times adds to their
cost-effectiveness and sustainability. Whether used for surface
cleaning, shot peening, or deburring, these shots can withstand
multiple cycles without compromising their performance.
Thanks to their high durability, these shots are capable of
withstanding heavy usage and abrasive conditions, providing
long-lasting performance and reliability. Whether in automotive,
aerospace, or manufacturing industries, these shots deliver
consistent results time and time again.
From cleaning and finishing metal components to improving fatigue
life and surface hardness, the No-Magnetic Stainless Steel shots by
LONGLIDE offer a versatile solution for a wide range of
applications. Their superior quality and performance make them a
preferred choice for professionals seeking reliable and efficient
abrasives.
Packing and Shipping:
Product Name: No-Magnetic Stainless Steel Shots
Description: These stainless steel shots are perfect for use in
tumblers and other drinkware to help keep your beverages cold
without the worry of magnetic interference.
Package Includes: - 1 pack of No-Magnetic Stainless Steel Shots
(quantity may vary based on package size)
Shipping Information: - Shipping Method: Standard Shipping -
Shipping Time: 3-5 business days - Shipping Cost: $5.99 - Shipping
Restrictions: This product can only be shipped within the United
States
