Using the right industrial blades for your operation means more precise cuts, longer operational life per blade, and less downtime spent on blade replacement. But identifying the “right” type of blade takes consideration.
For basic cutting, all you may need is a standard blade without any advanced treatments or customizations. But some use cases call for specialty blade solutions. Hard, heavy, and abrasive materials — plastics, rubber, and livestock processing, for example — can push standard blades well past their breaking point.
If you’re looking for a way to boost industrial blade performance and longevity, cryogenic treatment is a game-changer for many applications. It’s an advanced custom blade fabrication technique option that extends blade life and improves wear resistance.
Learn about the differences between standard blades and cryogenic blades to decide if cryo treatment makes sense for your operational needs.
Cryogenic treatment is an industrial performance treatment. It makes steel alloys and other metals more durable by amping up the cooling phase that’s long been part of conventional heat treatments.
During cryogenic treatment, metal blades reach temperatures as low as -300°F (-185°C), typically via liquid nitrogen, during the cooling phase of the tempering process. Afterwards, the metal is often reheated, then slowly brought back down to ambient temperature. This exposure to extreme cold alters the microscopic structure of the metal, packing the atoms tightly together to create a denser, more durable material.
Unlike other popular blade treatments like Teflon or titanium surface coatings, cryogenic treatment does not stop at the blade’s surface. It is a metallurgical process that completely changes the metal itself. In industrial applications like tire and rubber processing, the increased blade hardness results in noticeable performance improvements.
The metallurgical changes that take place during cryogenic treatment improve durability in several ways:
Cryogenic industrial blades have superior edge retention and a reduced susceptibility to wear. This is particularly useful for industrial blades that perform continuous slitting, cutting, and processing tasks on tough substances like rubber or plastic. That improved resistance to wear keeps cryo blades cutting longer in these operations, leading to measurable reductions in downtime and blade replacements.
Cryogenic blades have benefits in certain applications, but they’re not necessary for every industrial application.
Cryo blades are best for high-friction environments, such as film slitting or rubber processing, where the long-term performance improvements pay off.
Additionally, in industries such as plastics, converting, packaging, and composites, cryogenically treated blades may be worth the investment. But for less demanding applications, such as cutting cardboard packaging, cryogenic treatment may be unnecessary overengineering.
To decide whether cryo blades are right for your use case, work with an experienced, professional blade manufacturer like Hyde.
Standard blades are reliable and often come at a lower cost per blade, given that they don’t require any advanced treatments. They may be the right choice for operations that:
On the other hand, cryogenically treated blades require a higher investment per blade. However, the cost may be worth it for blades in high-cycle environments or extreme operating conditions, as the treatment helps with optimizing blade performance, ultimately delivering a much better ROI by extending blade life and reducing downtime. They may be the right choice for operations that:
Of course, these guidelines are broad, and every operation has unique requirements. That’s why it’s always a good idea to reach out to your blade manufacturer to discuss options that suit your budget and operational requirements. A quality partner like Hyde can help you evaluate your needs in detail and help you determine if cryo is a worthwhile upgrade for your blades.
Cryo treatment is not your only option for customization and specialty blades. There are numerous blade adjustments to suit different production factors and material requirements, including:
For example, changing the bevel to a wider angle can improve a blade’s durability, and applying a titanium coating can reduce friction — two adjustments that will make a blade more effective on tough substrates without any cryogenic treatment. Adjusting tooth count and spacing on saw blades may also improve cut tolerance without adding cryo into the mix.
Ultimately, deciding if cryogenic treatment is right for your business requires a careful analysis. Weigh the utility and costs of cryo against the utility and costs of alternative solutions to meet your operational needs, including modifications to cutting efficiency and blade geometry.
Cryogenic treatment can improve the performance of blades in a variety of applications, but it’s not the right solution for everyone.
If you aren’t sure whether cryo blades are right for your operation, contact Hyde Industrial Blade Solutions for a consultation. With expert guidance, you can select the right blade material, geometry, and treatment level for your business.
Hyde Industrial Blade Solutions is a family-owned, U.S.-based producer with over 150 years of craftsmanship. We know what it takes to make the cut, and we’re here to help with reshoring manufacturing and finding you the right blade solutions for your unique operation. When you reach out to the Hyde team for a consultation, we’ll help you explore all your blade options, including standard and custom machine knives.
Contact us via our online form today to learn whether cryogenic treatment is right for your application.