Specifications
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Manufacturer: Grey Pneumatic
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Model: {manufacturers_part_number}
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Drive Size: 3/4 inch
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Socket Size: 29mm
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Point Configuration: 12 Point
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Socket Type: Deep
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Weight: 2 lbs (0.91 kg)
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Dimensions: 3.5 x 1.5 x 1.5 inches (8.89 x 3.81 x 3.81 cm)
Key Features
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Heavy-Duty 3/4" Drive: Engineered for high-torque applications, ensuring compatibility with impact wrenches and breaker bars used in demanding industrial and automotive settings.
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29mm Deep Socket Design: The deep profile allows for easy access to recessed fasteners, long studs, and nuts, overcoming common access challenges.
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12 Point Configuration: This design provides multiple contact points with the fastener, facilitating quick engagement and reducing the risk of rounding corners, even on partially worn bolts.
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Impact Grade Construction: Manufactured from high-strength steel, this socket is built to withstand the rigors of impact tool use, offering superior durability and longevity.
Applications
This Grey Pneumatic 3/4" drive 29mm deep 12 point socket is essential for professionals working on:
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Automotive and Truck Repair: Ideal for heavy-duty vehicle maintenance, axle work, suspension components, and engine repairs.
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Heavy Equipment Maintenance: Effectively services agricultural machinery, construction equipment, and other large machinery where robust fasteners are common.
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Industrial and Manufacturing Settings: Suitable for assembly, maintenance, and repair tasks involving large, deep-set nuts and bolts.
Benefits
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Enhanced Fastener Engagement: The 12 point design allows for easier alignment and secure grip, reducing slippage and protecting fasteners from damage.
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Superior Access: The deep well provides the necessary reach to engage fasteners in restricted or recessed areas, saving time and effort.
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Increased Durability: Constructed to handle high impact forces, this deep impact socket offers reliable performance and a longer service life, minimizing replacement costs.
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Improved Efficiency: Designed for quick and effective operation, enabling users to complete demanding tasks more rapidly and with greater precision.
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