Products

BONDERITE® S-FN 213 ACHESON 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® S-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).

Bluesil™ FLD 604 V50 is a 100% dimethyl polysiloxane fluid, which has been processed and controlled to meet electrical specifications. Bluesil™ FLD 604 V 50 exhibits excellent dielectric, thermal and chemical properties which makes it an environmentally-safe replacement for PCB- containing fluids as the dielectric coolant for immersed transformers

BONDERITE® S-FN 309 ACHESON (known as EMRALON 309) is a concentrated dispersion of PTFE fluorocarbon resin in an isopropyl alcohol carrier. BONDERITE® S-FN 309 ACHESON is designed to provide a fast-drying, low-friction coating when diluted or compounded as a lubricant. It provides good adhesion to many substrates including: wood, metal, rubber, plastic and glass. Moving parts wear longer, work harder and need less maintenance when coated with this product. As a “friction modifier” additive, it is conducive to most aerosol or coating formulations and can be applied by virtually all types of application methods.

BONDERITE® S-FN 330 ACHESON offers clean, dry, long lasting, solvent resistant lubrication for sliding, rubbing or rolling surfaces. BONDERITE® S-FN 330 ACHESON is a resin-bonded PTFE lubricant supplied as one component in ready-for-use form. Its low temperature cure of 50°C (300°F) does not affect heat-sensitive substrates such as light metals, wood, rubber and some plastics. The extremely thin coating of BONDERITE® S-FN 330 ACHESON necessary to achieve maximum lubrication (from 0.0003 to 0.0007 inch, or 0.008 to 0.018 millimeter) allows post-treatment of parts while maintaining original part dimensions without redesign. In many cases, BONDERITE® S-FN 330 ACHESON coating can replace metal plating or finishing and offers improved performance at lower cost.

BONDERITE® S-FN TM-001A is one of a series of Henkel resin-bonded coatings designed to provide dry film lubrication and release in a variety of industrial and consumer applications. A flexible, water- based coating specially designed for flexible substrates, BONDERITE® S-FN TM-001A is a resin-bonded PTFE lubricant that prevents binding, seizing, sticking, and tearing of rubber and plastic parts during production and assembly. BONDERITE® S-FN TM-001A provides a clean dry film that protects substrates from oil, alcohol, gasoline, some inorganic acids, abrasive substances, dirt, and contaminants for longer wear life and reduced maintenance. BONDERITE® S-FN TM-001A is an ideal low-friction coating for substrates where operational flexibility is a major consideration. BONDERITE S-FN TM-001A (known as EMRALON TM-001A) can easily be tinted with a variety of color pigments for easy identification of parts.

BONDERITE® S-FN GP 1904 is a dispersion of PTFE and graphite in a thermosetting binder designed to be applied by spray, brush, or dip. BONDERITE® S-FN GP 1904 produces a low friction coating with excellent resistance to corrosion and solvents. The wide range of cure temperatures 149 to 260°C allows BONDERITE® S-FN GP 1904 to be used on wood, rubber and many plastics and on engineering metals. BONDERITE® S-FN GP 1904 is a one-package product and is not affected by low temperature storage conditions.

BONDERITE® L-GP 154 RFU a specially processed colloidal graphite dry film lubricant, air dries rapidly at room temperature and adheres tenaciously to most substrates with minimum surface preparation. The thinness of the coating, coupled with high lubricity, provides clean, long-wearing lubrication without redesign of component dimensions. Supplied in Ready-For-Use form, coatings are easily applied during manufacture or assembly by standard spray techniques. BONDERITE L-GP 154 RFU ACHESON (known as DAG 154 RFU) is also an easy-to-apply resistance coating designed to provide conductivity, and excellent release properties to many nonconductive substrates, including most plastics.

BONDERITE® S-FN 329 ACHESON is a fast-drying, resin bonded, fluorocarbon dry film lubricant capable of coating wood, metal, rubber, plastic, and glass substrates. It is designed for low-friction, light load, repetitive stresses. Moving parts wear longer, work harder, and need less maintenance when coated with this product. BONDERITE® S-FN 329 ACHESON cures at room temperature, allowing application where conventional sintered PTFE coatings cannot be considered. The coefficient of friction (static) when the coating is properly applied ranges from 0.06 to 0.09. A coating thickness of 0.0002 to 0.0007 inches (0.0051 to 0.0178 millimeters) generally provides the optimum low friction properties. BONDERITE® S-FN 329 ACHESON is a liquid concentrate that can be diluted according to need. Although Emralon® products are not specifically designed as protective coatings, they do offer moderate resistance to chemicals.

BONDERITE® S-FN 333 is a blend of fluorocarbon lubricants in an organic resin binder and solvent system designed for applications beyond the scope of conventional fluorocarbon coatings. Its low coefficient of friction, hardness, adhesion, resiliency, and cure conditions allow application of BONDERITE® S-FN 333 in a multitude of places where pure sintered PTFE coatings are unsuitable. Coatings of BONDERITE® S-FN 333 wear longer than pure PTFE, offer superior chemical resistance, and can be repaired without removing the existing coating. BONDERITE® S-FN 333 combines the toughness of the support resin with the surface properties of pure PTFE.

BONDERITE® L-GP 154, a specially processed colloidal graphite dry film lubricant, air dries rapidly at room temperature and adheres tenaciously to most substrates with minimum surface preparation. The thinness of the coating, coupled with high lubricity, provides clean, long wearing lubrication without redesign of component dimensions. Coatings are easily applied during manufacture or assembly by standard spray, brush, or dip techniques. BONDERITE L-GP 154 ACHESON is also an easy-to-apply resistance coating designed to provide conductivity, and excellent release properties to many nonconductive substrates, including most plastics. BONDERITE L-GP 154 ACHESON has been specified throughout the electronics industry in a multitude of roles. It can easily be blended with BONDERITE L-GP M 210 ACHESON (molybdenum disulfide insulating coating) to attain cost-effective sheet resistance variations.

BONDERITE® S-FN EB-012 ACHESON is one in a series of conductive coatings designed to provide controlled electrical properties. BONDERITE® S-FN EB-012 ACHESON is an application versatile, single component, water based dispersion of graphite in a thermoplastic binder that offers an extremely flexible coating with low resistance at a low cure temperature. The coating will provide a conductive, chemical-resistant coating that will withstand the environment inside of a lithium-ion polymer battery. With proper dilution, BONDERITE® S-FN EB-012 ACHESON can be applied by spray, brush, roll, or print methods. Once properly cured, the coating provides a tenacious, chemical and solvent resistant coating for most metal substrates.