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Xylan Zinc Rich Coated Fasteners

Top Coats

Xylan 1014
Xylan 1070
Xylan 1424
Xylan Zinc Rich
PTFE Coated fasteners
Teflon Coated Fasteners
Takecoat Coated Fasteners
Dacromet 320 Coated Fasteners
Dacromet 500 Coated Fasteners
Geomet 321 Coated Fasteners
Geomet 500 Coated Fasteners
Geomet 720 Coated Fasteners
Sermagard 1105 Coated Fasteners
Sermagard 1280 Coated Fasteners
Armorcote Polyolefin Coated U-Bolts
Deltatone/seal Coated Fasteners
HSFG Fasteners
Magnigard Coated Fasteners

Basecoats / Primers

Ceramic Coated Fasteners
Aluminium Ceramic Fasteners
Xylar 1 Fasteners
Xylar 2 Fasteners
Xylar 101 Fasteners
MolyKote Coated Fasteners
Zinc Nickel Fasteners
Zinc Flake Coated Fasteners
Electroless Nickel Plated ENP
Cadmium Plated Fasteners
Tin Plated Fasteners
Gold Plated Fasteners
Silver Plated Fasteners
Aluminizing Fasteners

Stud Bolts, Nuts, Screws, Threaded Rod & Washers

Xylan Zinc Rich coated Fasteners like Stud Bolts, Screws Nuts, washers & bolts are commonly used in the Automotive, Construction and Wind Power industries where corrosion resistance is of paramount importance.
With the corrosion resistant Zinc Rich coating, Xylan®️ system advantages can be gained with technical advantages compared to galvanic plating, as well as a one stop shopping service provided by WHITFORD.

Features of Xylan Zinc Rich Coatings

  • The basecoat is a premium inorganic coating containing zinc or zinc-alumium flakes.
  • These coatings have excellent corrosion resistance (<1,000 hours SST at 8-12 microns).
  • They have an attractive silver appearance.
  • The application processes eliminate any problems of hydrogen embrittlement.
  • The cost of application is very competitive.
  • They are more environmentally friendly because they are free of harmful heavy metals such as Cr-(VI), cadmium, cobalt, lead and nickel.
  • With a Xylan topcoat, they offer a consistent good coefficient of friction (µtot of 0.08-0.20).
  • Xylan series topcoats can also be combined with zinc-rich coatings to provide even better corrosion resistance and barrier protection.

Xylan Zinc Rich Application Method & Parameters

Xylan zinc-rich coatings may be applied using conventional spray or the dip/spin system, a cost-effective bulk method. Important parameters:

  • Application viscosity: 15-30s (depending on application method)
  • Cure temperature: 240-270˚C
  • Cure time: 15-30 minutes
  • Recommended cure: 30 min at 250˚C part-metal temperature.

Xylan Zinc Rich Corrosion Resistance Performance