QA1 AM SERIES HEIMS
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1–11 of 11
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Recommended
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 7/16 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Thread: 7/16 inches -20
Hole Diameter: 7/16 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 5/8 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 3/4 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Thread: 3/4 inches
Hole Diameter: 5/8 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Thread: 5/8 inches
Hole Diameter: 5/8 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 5/8 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 3/4 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 1/2 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 1/2 inches -
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8% less
Endura inches 2000 inches rod ends have increased cross sectional thickness for greater tensile strength. Self-lubricating, self-sealing Teflon/Kevlar bearing races are used
Hole Diameter: 1/2 inches -
