Ben-Har^® Acryl

Features

• Highly craze resistant. Withstands severe bending with no loss of dielectric properties.
• Coating film will not flow upon application of heat.
• Extremely tough and flexible. Able to withstand assembly handling, cut-through and mechanical stress.
• Resistant to most acids and most organic solvents.
• UL listed under file #E63446 (Grade A, sizes up to 1")
• NEMA TF-1 Type 6
• MIL-I-3190/3 (Grade A)

Download Ben-Har^® Acryl Datasheet

Acrylic Coated Fiberglass Sleeving

Ben-Har^® Acryl sleeving is manufactured by coating a lightly heat-treated braided fiberglass sleeving with a dielectric film of thermosetting polyacrylate resin qualified for Class F (155°C} systems. The tough acrylate film is highly craze resistant and will withstand severe bending without loss of dielectric properties. It is resistant to acids and most organic solvents and compatible with a broad range of wire enamels – acrylic, polyester, polyamide, polyimide, and polyvinyl formal. By virtue of crosslinking the acrylate, film will not Row upon application of heat.

The acrylate film is extremely tough and flexible, allowing the sleeving to withstand rough assembly handling, mechanical stress, and resistance to cut-through. The coating film will not flow upon application of heat. Ben-Har™ Acryl is resistant to acids, alkalis, organic solvents, and aliphatic hydrocarbons. Slight swelling is produced by aromatic solvents and chlorinated hydrocarbons . Ketones and esters have a softening effect.

Ben-Har^® Acryl resists up to 10 megarads of radiation dosage with no discernible effect. When tested in accordance with NEMA VS-1 , MIL-1-3190 method B, ASTM D-350, and UL 1441, Ben-Har™ Acryl burns at less than 1.33 inches per minute.

Suggested Application

Ben-Har^® Acryl is widely used for its durability. Ben-Har^® Acryl can be used for fractional and integral horsepower motors on leads and crossovers. Other uses exist in dry and oil-filled transformers, relays of many types, radio and television circuits, and welding apparatuses.