

Add to Cart
High-Performance Pellet Mill Roller Shell For Buhler 520 With
Unmatched Abrasion Resistance for Production Needs
1. Introduction
In the feed and biomass pellet production industries, the
reliability and durability of equipment components are of utmost
importance. Among these components, the pellet mill roller shell
plays a crucial role. Our pellet mill roller shell is engineered
with a primary focus on exceptional abrasion resistance, ensuring
long - term, efficient operation in even the most demanding
production environments.
2. Superior Abrasion - Resistant Materials
2.1 Material Selection
We utilize high - quality alloy steels, such as GCr15 (high -
carbon chromium bearing steel), 40Cr, and 60Si2Mn, which are
carefully selected for their outstanding wear - resistant
properties. GCr15, for example, after quenching and low -
temperature tempering, can reach a hardness of HRC56 - 58. Its high
- carbon content and chromium addition contribute to the formation
of a dense carbide structure within the steel matrix. This carbide
structure is extremely hard and wear - resistant, effectively
resisting the abrasive forces exerted by the raw materials during
the pellet - making process.
2.2 Custom Material Options
In addition to our standard high - performance materials, we also
offer the flexibility to use other materials according to specific
customer requirements. Whether it's for processing special types of
biomass fuels, high - protein animal feeds, or other unique
materials, we can tailor the roller shell material to meet the
exact abrasion - resistance demands of the application.
3. Advanced Manufacturing Processes
3.1 Precision Machining
Our roller shells are manufactured with extreme precision using
state - of - the - art CNC machining centers. This ensures that
every dimension, from the inner diameter to the outer diameter and
the width, is produced within tight tolerances. The surface finish
of the roller shell is also carefully controlled. A smooth surface
finish not only reduces the friction coefficient between the roller
shell and the raw materials but also minimizes the adhesion of
materials to the surface, further reducing wear.
3.2 Heat Treatment Optimization
To enhance the abrasion resistance of the roller shell, we have
developed a proprietary heat - treatment process. This process
includes multiple steps of heating, quenching, and tempering.
During heating, the steel is heated to a specific temperature range
to ensure uniform austenitization. The quenching process then
rapidly cools the steel, transforming the austenite into a
martensitic structure, which is extremely hard. Finally, the
tempering process is carried out to relieve internal stresses and
improve the toughness of the martensitic structure, achieving an
optimal balance between hardness and toughness for maximum abrasion
resistance.
4. Design Features for Wear Reduction
4.1 Optimized Tooth Profiles
We offer a variety of tooth profiles for the roller shell,
including corrugated, dimpled, and helical designs. The corrugated
tooth profile, for instance, effectively reduces the slippage of
raw materials on the surface of the mold. By providing a better
grip on the materials, it reduces the relative movement between the
roller shell and the materials, thus minimizing wear. The dimpled
tooth profile, on the other hand, offers less drag and more even
wear distribution. The small dimples on the surface create micro -
contact points with the materials, reducing the overall pressure on
any single point and extending the service life of the roller
shell.
4.2 Reinforced Structural Design
Our roller shells are designed with a reinforced structure to
withstand the high - pressure and high - friction forces during
operation. The thickness of the roller shell is optimized to ensure
sufficient strength while minimizing unnecessary weight.
Additionally, we use advanced finite - element analysis (FEA)
techniques during the design phase to simulate the stress and
strain distribution within the roller shell under different
operating conditions. This allows us to identify and reinforce the
areas that are most prone to wear, further enhancing the overall
abrasion resistance of the roller shell.
5. Performance and Benefits
5.1 Extended Service Life
Thanks to the high - quality materials, advanced manufacturing
processes, and optimized design features, our pellet mill roller
shells offer an extended service life compared to traditional
roller shells. In practical applications, our customers have
reported that our roller shells can last up to 30% longer than
similar products on the market, reducing the frequency of
replacement and minimizing production downtime.
5.2 Cost - Effective Operation
The long - lasting abrasion resistance of our roller shells
directly translates into cost savings for our customers. With fewer
replacements required, the total cost of ownership is significantly
reduced. Additionally, the improved efficiency of the roller shell,
due to reduced wear - related inefficiencies, can also lead to
lower energy consumption and higher production output, further
enhancing the cost - effectiveness of the production process.
5.3 High - Quality Pellet Production
A well - maintained and wear - resistant roller shell is essential
for producing high - quality pellets. By ensuring consistent and
stable operation, our roller shells help to produce pellets with
uniform size, shape, and density. This is particularly important
for the feed industry, where the quality of the feed pellets
directly affects the growth and health of livestock.
Our pellet mill roller shell is the ideal choice for those seeking
a high - performance, abrasion - resistant solution for their
pellet production needs. With its superior materials, advanced
manufacturing processes, and innovative design features, it offers
unrivaled durability and reliability. Whether you are in the feed
production, biomass energy, or other related industries, our roller
shell can help you improve production efficiency, reduce costs, and
produce high - quality pellets. Contact us today to learn more
about how our pellet mill roller shell can benefit your business.
Application of Shanbao Machinery's Roller Shells
CPM305 | Buhler | Buhler 35 | MUZL | MUZL 1200 |
CPM407 | Buhler 40 | MUZL 1210C | ||
CPM3016-4 | Buhler 42 | MUZL 1610/C | ||
CPM3016-5 | Buhler 42B | MUZL 35 | ||
CPM3020-6 | Buhler 508 | MUZL 42 | ||
CPM3020-6 | Buhler 508E | MUZL 42T | ||
CPM3022-6 | Buhler 52 | MUZL 460 | ||
CPM3022-8 | Buhler 530 | MUZL 550 | ||
CPM7726-7 | Buhler 660 | MUZL 600 | ||
CPM7726-9 | Buhler 900 | MUZL 600TA | ||
CPM7730-8 | MUZL 610 | |||
CPM7730-10 | MUZL 610TW | |||
CPM7936-14 |
Shanbao Machinery Roller Shells process
Lathe:
Marking:
Hobbing:
Polishing:
Carburizing
Packing: