King Tony 30mm 1 inch Drive 6 Point Metric Deep Impact Socket Chrome Molybdenum Heavy Duty

King Tony 30mm 1 inch Drive 6 Point Metric Deep Impact Socket Chrome Molybdenum Heavy Duty
R439.40 excl. VAT
R505.31 incl. VAT | From R14 x 36
Not yet ready to buy?
Chat to an Expert Speak to an Expert
King Tony 30mm 1 inch Drive 6 Point Metric Deep Impact Socket Chrome Molybdenum Heavy Duty quantity

SKU: WC-843530M
All Payments Securely Processed
GoogleReviews
4.8★★★★★(53)
facebookReviews
4.9★★★★★(1)
Secure ShoppingShop online safely and securely
Nationwide ShippingOur trusted partner delivers everywhere
Collect Your OrderCollect yourself in Pinetown or Midrand
The Trusted Experts25+ years successfully in business
Customer-FocusedWe cultivate lasting relationships
Quality BrandsWe are importers of top workshop brands
Biggest RangeWe stock over 6000 workshop products

king-tony-30mm-1-inch-drive-6-point-metric-deep-impact-socket

Description

The King Tony 1"DR Deep Impact Socket 30mm is engineered for heavy-duty applications where strength, precision, and durability are essential. Designed with a robust 6-point hex profile, this deep impact socket grips fasteners securely, reducing the risk of rounding under high torque loads.

Manufactured from premium chrome molybdenum alloy steel and finished with a corrosion-resistant phosphate coating, it delivers long service life in demanding workshop conditions. Suitable for industrial work, truck maintenance, and high-torque impact tools, this socket is built to perform.

Key Features

6-point metric deep socket ensures secure engagement and reduced fastener wear.
Built from chrome molybdenum alloy steel for exceptional strength and impact resistance.
Phosphate-sunk finish enhances durability and corrosion protection.
Deep profile provides extended reach for recessed or difficult-access fasteners.
1″ drive, ideal for heavy-duty pneumatic and electric impact tools.
30mm metric size suitable for commercial and industrial applications.
Complies with DIN 3121 standards for professional performance.