PANDUIT: Electrical Full Line

ELECTRICAL SOLUTIONS B1.104 B2. Cable Accessories C1. Wiring Duct C3. Abrasion Protection C4. Cable Management D1. Terminals D2. Power Connectors E1. Labeling Systems E2. Labels E3. Pre-Printed & Write-On Markers F. Index B3. Stainless Steel Ties C2. Surface Raceway E5. Lockout/ Tagout & Safety Solutions B1. Cable Ties A. System Overview D3. Grounding Connectors E4. Permanent Identification Many factors combine to determine the useful life of a cable tie material and none is as important as chemical exposure. Various chemicals will have different effects on plastics depending on such variables as chemical concentrations, temperature, stress and ultraviolet light. This table is an excellent guideline for the selection of the best cable tie material for various cable tie environments. It should be noted that the exposure for this chemical resistance chart is at 70°F (21°C). Resistance of Panduit cable tie materials to chemical attack at 70°F (21°C) Table C – Chemical Resistance Table A = Excellent B = Satisfactory C = Slight Attack D = Attacked — = Not Tested 1 = Pitting occurs under some conditions 2 = Attack may occur if sulfuric acid present Aq. = Aqueous C.S. = Cold Saturated *Includes all 6.6 Nylons (weather resistant, heat stabilized, and flame retardant). ■ TEFZEL is a registered trademark of E.I. du Pont de Nemours and Company. ▲ HALAR is a registered trademark of Ausimont USA, Inc. Agent Percent Concentration Nylon 6.6* Nylon 12 Polypropylene TEFZEL ■ HALAR ▲ PEEK 304 Stainless Steel 316 Stainless Steel Acetaldehyde 90 B — C A A A — — Acetic Acid 97 D D A A A A A A Acetic Acid 10 C B A A A — A A Acetic Anhydride 90 — B A A A — A A Acetone 100 A A A A A A A A Acetophenone 100 — — B A A — A A Acetylene 100 — — A A A A A A Aluminum Chloride 10 B A A A A A D C Aluminum Fluoride 10 B A A A A — D C Aluminum Hydroxide Aq. C.S. — A A A A — A A Aluminum Potassium Sulfate 10 B A A A A — A 1 A 1 Ammonia All — A A A A A A A Ammonium Carbonate 1 to 5 — A — A A — A A Ammonium Chloride 10 to 25 D A A A A A A 1 A Ammonium Hydroxide 10 A — — A A A — — Ammonium Nitrate 100 — A A A A A A A 1 Ammonium Sulfate 10 — A A A A A E 1 A Amyl Acetate 100 — — C A A A A A Aniline 100 — B A A A A A A Antimony Trichloride All D — A A A A A A Arsenic Acid 1 to 80 — — A A A — A A Barium Carbonate All — A A A A — A A Barium Chloride All — A A A A — A 1 A Barium Sulfate All — A A A A — A A Barium Sulfide All — A A A A — A A Benzene 100 A A C A A A A A Benzoic Acid 100 D A A A A A A A Benzoyl Chloride 100 — — C A A — — — Benzyl Alcohol 100 — — A A A A — — Boric Acid All D A A A A A B — Bromine 100 D D D A A D D D Butadiene 100 — — C A A — A A Butane 100 — A A A A A A A Butanediol 100 — — A A A — — — Butyl Acetate 100 — A C A A A — — N. Butyl Alcohol 100 — A A A A A A A Butyl Phthalate 100 — — A A A — — — Butyraldehyde 100 — — A A A — — — Butyric Acid 10 to 100 D — A A A — A A Calcium Carbonate Aq. C.S. — — A A A A A A Calcium Chlorate Aq. C.S. — — A A A — A A