OUR COMMITMENT TO SAFETY & QUALITY Safety: Safety is our top priority and is embedded in everything we do at Hastings. As an industry leader dedicated to protecting workers from hazardous voltage, we approach every aspect of design, manufacturing, and testing with an uncompromising commitment to quality and reliability. This focus ensures our products deliver consistent, dependable performance in the field. Standards/Testing: We manufacture our products to meet or exceed a variety of industry standards, including ASTM, IEC, and OSHA. Every pole undergoes rigorous testing throughout production to ensure consistent quality and reliable performance in the field. Quality: We are deeply committed to the quality of both our products and our service. Our fiberglass product line exemplifies this dedication. Our commitment to world-class customer service is an integral part of our quality standards. Material: Our fiberglass is the highest quality in the industry, proudly made in the United States using electrical-grade glass fibers. It withstands 100 kilovolts per foot, resists moisture absorption, and offers exceptional durability. Our resins are specifically selected for superior UV resistance, moisture resistance, mechanical strength, dielectric properties, and lightweight performance. Experience: Building on our commitment to safety as an industry leader, Hastings leverages decades of direct, hands-on experience working closely with lineworkers and the utility industry to solve real-world application challenges and provide expert demonstrations and practical guidance on the proper use of our equipment. Ratings: 100% of the fiberglass poles we produce are tested to meet the 100 kilovolts per foot dielectric standards. Caution: The products we supply are intended to be used and serviced only by qualified professional personnel with the necessary knowledge and experience in proper work and safety practices for this type of equipment. The information provided does not cover every possible contingency and is not intended as a substitute for professional knowledge and field experience. It is the responsibility of the user to determine the working load limit for each application. Many factors should be considered, including, but not limited to, loads applied, speed of operation, acceleration or deceleration, length of rope or cable, shock loads, abrasion, corrosion, number, size, condition and location of drums and sheaves, facilities for inspections, and the danger to life and property should a rope or cable break.
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