What it is: A martensitic stainless family commonly used where moderate corrosion resistance and hardening capability are needed.
When used: Blade applications requiring a hardened edge with some corrosion resistance in humid or intermittently wet environments.
What it is: A martensitic stainless grade often selected when higher hardness is required versus lower-alloy martensitic options.
When used: Cutting edges where corrosion exposure exists and edge stability must remain reliable.
What it is: A higher-carbon martensitic stainless often chosen when wear resistance and hardness are priorities within stainless options.
When used: When wear drives dulling and corrosion exposure exists, and the application can tolerate the associated toughness tradeoffs.
What it is: A common austenitic stainless used where corrosion resistance and general-purpose performance matter.
When used: Often for components, holders, and non-edge parts; cutting-edge use is application- and design-dependent due to limited hardening capability.
What it is: An austenitic stainless often chosen for improved corrosion resistance in certain environments.
When used: Corrosion-dominant applications for components or blade forms where hardening is not the primary requirement, and exposure conditions justify it.
What it is: Stainless blade options for metering, wiping, or cleaning duties where corrosion/pitting is a risk.
When used: Wet/humid processes, washdown-adjacent stations, or where pitting quickly degrades wiping quality.
What it is: Stainless selection focused on corrosion exposure from washdown or humidity rather than product contact claims.
When used: Packaging lines in food plants where corrosion pitting drives early edge failure.
What it is: Stainless knife options where corrosion and cleanliness expectations drive material choice.
When used: Sterile packaging converting and humid plants where pitting causes edge defects and particulate risk.
What it is: Stainless selection guided by exposure to chloride-containing cleaners or coastal air.
When used: When pitting is observed and corrosion risk is the dominant failure mode.
What it is: A selection choice balancing corrosion risk against wear/toughness tuning range.
When used: When tool steel performs well but corrosion/pitting causes downtime or quality loss, stainless becomes the logical upgrade.
What it is: A post-processing step sometimes used to improve corrosion resistance by cleaning the stainless surface (scope-defined).
When used: When corrosion performance is sensitive and you require documented surface treatment steps.
What it is: Surface condition choices that influence residue adhesion, cleaning ease, and corrosion initiation sites.
When used: Where residue buildup, cleaning frequency, or cosmetic constraints are important.
What it is: Edge conditioning used to stabilize the edge under chipping risk.
When used: When stainless edges chip due to impact or inclusions; reinforcement can be more effective than simply increasing hardness.
What it is: Stainless knives replicated from existing parts when drawings aren’t available.
When used: Legacy equipment or OEM parts where stainless is already established or required.
What it is: Pre-agreed alternates to manage lead time while maintaining functional intent.
When used: When a specific grade is constrained and equivalent performance is acceptable with documented approval.
Heat treat strategy and hardness intent
Surface/coating options (anti-stick, wear, friction)
For non-corrosion-dominant use cases
For extreme abrasion
validate corrosion behavior and edge stability in your environment.
controlled revisions to maintain grade and surface intent.
[LEAD TIME] (depends on grade availability, heat treat route, and inspection scope).
[MOQ]
