BONDERITE S-FN 213 ACHESON

Product Details

BONDERITE S-FN 213 ACHESON (known as DAG 213) is designed to provide controlled electrical resistance properties. BONDERITE S-FN 213 ACHESON is a dispersion of finely divided graphite pigment in an epoxy resin solution. When properly cured, it has excellent adhesion to epoxy circuit boards, bushings, plastics and ceramics. BONDERITE S-FN 213 ACHESON also has excellent wearing properties. It provides chemical resistance to oils and many solvents, but not to enamel strippers.
 
BONDERITE S-FN 213 ACHESON as a lubricant coating provides clean, dry, long-wearing, and superior maintenance-free lubrication for a wide range of light to medium load applications. A thin film of BONDERITE S-FN 213 ACHESON keeps wear uniform and reduces friction on mating metal parts without requiring increased manufacturing tolerances. Components are protected from metal-to-metal contact even in applications approaching boundary lubrication, reducing the risk of damage due to partial or complete seizure.  Formulated from processed micro-graphite and epoxy resin, BONDERITE FN 213 ACHESON forms tightly adherent coatings on many types of substrates. In addition to high lubricity, BONDERITE S- FN 213 ACHESON coatings exhibit extremely good wear resistance to oils and solvents (except enamel strippers).

Features

• Finely sized graphite particles
• Superior adhesion to epoxy, metals, plastics, and ceramics
• Compatibility with Acheson electrical coatings
• Excellent adhesion to many substrates
• Resistant to a variety of solvents
• Remains flexible over a wide range of temperatures
• Good release properties with a low coefficient of friction
• Consistent and uniform dip spin or spray application performance
• High degree of lubricity

Benefits

• Provides repeatable controlled electrical resistance properties based on formulation and film thickness
• Multiple utilization to reduce inventory, handling and production costs for producing multiple items
• Provides easy customization of blends in order to achieve desired electrical properties
• Minimal pre-treatment required to achieve coating adhesion, thereby reducing processing costs
• Broad component application for a variety of environments, providing an economical choice for versatility of applications 
• Application for a variety of environmental performance requirements 
• Ability to meet lubrication and assembly requirements for the component and application 
• Versatile application techniques to minimize operation costs for application
• Extended wear resistance of components that will allow for lower warranty and repair costs 

Typical Applications

• Static bleed on epoxy glass laminates
• High voltage corona preventative
• Heat generating coating on high voltage electrical bushings Issued 6/26/2013
• Lubrication of cylinders and pistons, lock mechanisms
• Lubrication of plungers, sliding rails and any light load mechanism