Lowest "Coefficient Of Friction" Wearlon Product
- Non-Stick, abrasion resistant properties
- Substantially reduces friction
- Corrosion resistant
- Water-based, environmentally friendly
- Safe and easy to apply
- Cures at room temperature
- Superior surface protection in fresh and salt water environments
- Surfaces stay clean, reducing maintenance costs
- Clean up with water
- Waterproof in a cured state
- Apply with conventional equipment
- Extends the life of steel, iron, aluminum, concrete, and a wide range of other substrates
As a lubricious, friction-reducing coating, Wearlon®
2020.98 provides protection of heat built-up
and subsequent material distortion, or damage. This
translates into an ideal life-extending coating material for
saw blades, rollers, and a host of tool, industrial,
and sporting equipment applications.
As reported in Hydro Review (September 1997), a
major Light and Power company feared that
deterioration from rust and age would require
replacement of both penstocks. In addition, the
recent arrival of zebra mussels in the canal
system that feeds the plant gave the utility
concern about infestation. Engineers applied
Wearlon® 2020.90 primer and Wearlon® 2020.98
topcoat to the penstocks. The top photograph
shows a penstock after cleaning by high pressure
water spraying (with a humidity monitor in the
middle). The bottom photograph shows a penstock
after the Wearlon® topcoat was applied. The
coating halted deterioration from rust and
prevented zebra mussel buildup in both
penstocks, while improving the hydroelectric
Wearlon® 2020.98 - Slip Properties
(Low Coefficient of Friction)
Stretch Forming aluminum for the auto and aircraft industry (Wearlon 2020.98-Hybrid) – per Boeing “Supplier Communication,” Issue 48, July 2001, Wearlon:
- Reduces cycle time and saves labor costs
- Eliminates oil and solvent, as well as hazardous material disposal
- Increases wear characteristics to prolong the life of the tools
- Reduces / eliminates variation due to oil viscosity and usage
- Eliminates oxidation of aluminum and plastic dies
- Reduces tooling hour on new makes and re-cuts by reducing the benching (sanding) operations.
Wearlon 2020.98 - Cutting Tools
Improved cutting for:
- Lawn mower blades
- Rototiller blades
- Circular saw blades
- Band saw blades
- Razor blades
- Extended life of cutting blades
- 40% reduction of measured amperage on coated circular saw blades
Extensive testing at the University of Oulu in Finland
demonstrated the excellent performance properties of Wearlon 2020.98
in the paper and converting industries.
University of Oulu, Finland
Fibre and Particle Engineering Laboratory
Department of Process and Environmental Engineering
Measurement of nonstick property
The nonstick property of different coatings was measured with tape release
test. The method is modified from TAPPI UM 502 using ABgene PCR adhesive
film 0558 (Applied Biosystems Corp.) The test tape is attached to surface
and then peeled off 180° angle at 1 inch/min speed. Required force was
measured. Before every measurement surface was cleaned and temperature was
Release properties of test roller
Roller was first coated with tungsten carbide and then with different
nonstick coatings. Nonstick properties of these coatings were measured
with tape release test.
- Wearlon 2020.98 has excellent release as a coating on rolls as demonstrated above.
- Wearlon 2020.98 excelled when compared to Dupont 954-203 and Dupont 532-8110 upon monitoring the release force at the start and after 4 weeks immersion in sulphate pulp at 194°F. This test is labeled CWSP test (Concentrated Water Sulphate Pulp test). Concentrated water from sulphate pulp was prepared by removing fibers from sulphate pulp. The volume of the water was decreased in half by evaporation.
- Wearlon 2020.98 maintained consistently lower release when compared to Xylan 1010, Dupont 958-203, Dupont 958-406, and Dupont 958-414 after two and four weeks immersion in TMP (Thermal Mechanical Pulp) at 86°F.
- Wearlon 2020.98 release force remained lower than Xylan 1010, Dupont 958-203, Dupont 958-406, and Dupont 958-414 when immersed in 10% sulphuric acid for 24 hours at room temperature.
- Immersion for 24 hours in a temperature of 194°F in caustic baths of 10% and 40% sodium hydroxide indicated the following. The 40% sodium hydroxide was not as detrimental to the Wearlon 2020.98 as the 10% solution was. The Dupont 958-203 performed better in this test. Xylan 1010, Dupont 958-406, and Dupont 958-414 were washed away in the 40% sodium hydroxide test. The Wearlon 2020.98 release force was increased from 50N to 70N after 6.5 hours in the 10% sodium hydroxide bath.
- Heat aging at 221°F for four weeks reduced the release force of the Wearlon 2020.98.