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Our Tufram Coatings are more corrosion resistant than conventional hard anodized coatings.
Surface Enhancement Coatings Protect Aluminum and Aluminum Alloys Against Wear, Corrosion, Sticking and Galling. Provides superior properties when compared to other common industry coatings such as hard anodize, hard anodize polymer impregnated (PTFE), hardcoat anodize, or sulfuric anodize.
Dramatically increase surface hardness - between Rc 40 and Rc 65
Permanently self-lubricating for extended wear
Superior resistance to corrosion, chemicals, and acids and alkalines
Many meet FDA, USDA, and CFIA codes
Prevent abrasive wear and galling
Speed cleanup and sanitation maintenance
Provide superior mold release
No outgassing in the vacuum of space
Meet AMS 2469 and AMS 2482
Low COF eliminates sticking and product "hang up"
Excellent high dielectric strength; non-conductive insulator
Won't chip, peel, or flake off like "paint-ons"
Meets the End of Life Vehicle (ELV) initiative for the automotive industry
Temperature range from -360°F (-218°C) to as high as +800°F (+427°C)
Non-wetting
Excellent resistance to ultraviolet light and extreme heat
Wear resistance better than either case hardened steel or hard chrome plate
Thermally conductive
Excellent performance in extreme environments, such as extreme vibration or vacuum conditions
A superior alternative to other common industry coatings including hard anodize, hard anodize polymer impregnated (PTFE), hardcoat anodize, and sulfuric anodize
TUFRAM L-4
Minimizes "stick/slip".
TUFRAM H2
Maximum Hardness (Rc 60-65).
TUFRAM H+
For high strength aluminum (T-6) maintains maximum hardness, corrosion resistance and lubricity.
TUFRAM HO
Hard (Rc 40 - 50), wear resistant, dry lubricated surface on aluminum with good release. USDA/FDA/CFIA-compliant.
SLK is designed to provide on aluminum similar properties to HO enhanced with improved anti-stick.
TUFRAM FC12
Special combination of polymers and dry lubricants allow low COF on aluminum.
TUFRAM HTR
High Temperature Release on aluminum parts... temperatures up to 1,400°F (760°C).
TUFRAM TNS
Excellent release of adhesives and hot melt glues on aluminum surfaces.
TUFRAM R66LT
Low Temperature properties include excellent chemical resistance on aluminum parts in pH ranges from 2 to 13.
TUFRAM R66LTH
Excellent chemical resistance on aluminum parts from solvents and other environments in pH ranges from 2 to 13.
Tufram L-4
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram H2
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram H+
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram HO
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
YES
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram R66F
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
YES
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram SLK
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
YES
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram FC12
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram HTR
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram TNS
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram R66LT
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
Tufram R66LTH
Wear
Corrosion
Lubricity
Anti-Stick
Temperature
FDA/USDA
NO
Ratings are meant for reference only. For specific application recommendations contact the General Magnaplate technical staff.
1 1.5 2 2.5 3 3.5 4 4.5 5
TUFRAM coatings exhibit much greater corrosion resistance than conventional hard anodizing. Some types show extremely high resistance to most common chemicals and salt spray. Tests show no effect after 168 hours immersion in Aqua Regia at 248°F (120°C). A TUFRAM-coated surface showed almost no corrosive activity after prolonged, continuous exposure to the atmosphere and salt water. In addition, TUFRAM enhancements on high strength aluminum exceed the AMS 2482 requirement of a minimum of 336 hours in salt spray. When maximum corrosion resistance on aluminum is required, MAGNAPLATE HCR®, which provides 40 times the required protection, is recommended.
In some cases, the static friction decreases with an increase in load. TUFRAM eliminates "stick-slip" and undesirable vibration of higher break-away friction. For more information, see General Magnaplate's Friction Data Guide.
With few exceptions, a consistently uniform coating can be applied to parts of any configuration or weight, and virtually any size or thickness. Precise control of thickness permits use on threaded members and similar close-tolerance applications. By under sizing outside pitch diameter by roughly twice the coating thickness prior to coating, original thread sizes are maintained. For machining allowances, note that overall final thickness of the coating is influenced by two factors:
A. Penetration B. Surface Growth Thickness is customized for each application. Maximum thickness is limited by alloy composition. Minimum practical thickness is 0.0005".