Sockets, Socket Handles

Image Part Number Description / PDF Quantity Rfq
31713

31713

Wiha

SOCKET 12 POINT 3/4"

0

77115

77115

Wiha

SOCKET TORX T30 6.00"

0

71332

71332

Wiha

SOCKET HEX 12MM 2.95"

0

SS-1/2D19MM

SS-1/2D19MM

Ampco Safety Tools

SOCKET STD 1/2D 19MM

1

SS-1/2D27MM

SS-1/2D27MM

Ampco Safety Tools

SOCKET STD 1/2D 27MM

1

70123

70123

Wiha

SOCKET TORX TR T40S 1.65"

0

76341

76341

Wiha

SOCKET TORX TR T50S 1.50"

0

84989

84989

Xcelite

SKT IMP DP 3/4DR 6PT 30MM

0

77184

77184

Wiha

HEX 3/8" DRIVE BIT SOCKET 6" LON

5

SS-1/4D9MM

SS-1/4D9MM

Ampco Safety Tools

SOCKET STD 1/4D 9MM

1

77142

77142

Wiha

SOCKET HEX 3MM 6.00"

65

84208

84208

Xcelite

SKT IMP 1DR 6PT 1-1/4

0

SS-3/8D10MM

SS-3/8D10MM

Ampco Safety Tools

SOCKET STD 3/8D 10MM

1

71664

71664

Wiha

SOCKET TORX IP9

0

VDE 19 22

VDE 19 22

GEDORE Tools, Inc.

VDE SOCKET 1/2" 22 MM

4

33753

33753

Wiha

3/8" DRIVE DEEP SOCKET, 12 POINT

5

33348

33348

Wiha

1/4" DR. DEEP SOCKET INCH, 6 PT,

3

31520

31520

Wiha

SOCKET 12 POINT 20MM

0

31330

31330

Wiha

SOCKET 6 POINT 9MM

0

77146

77146

Wiha

SOCKET HEX 5MM 6.00"

81

Sockets, Socket Handles

1. Overview

Tools Sockets and Socket Handles are essential components in mechanical assembly, maintenance, and repair operations. Sockets are detachable tools designed to fasten or loosen nuts, bolts, and screws, while Socket Handles provide the mechanical leverage and control for these operations. Their standardized designs and interchangeability make them critical in industrial, automotive, and construction sectors.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Standard SocketsShallow depth, 6- or 12-point contactGeneral-purpose automotive repairs
Deep SocketsExtended length for recessed fastenersWheel bearing assemblies
Impact SocketsHigh-strength alloy for pneumatic toolsHeavy machinery maintenance
Ratchet HandlesDirectional control mechanismTight-space assembly work
Flex HandlesAdjustable angle for angled accessUnder-vehicle repairs

3. Structure and Components

Typical socket systems consist of: - Socket Body: Forged alloy steel with heat-treated surfaces - Drive Interface: Square drive (1/4", 3/8", 1/2") with retaining ball - Contact Surface: 6/12-point geometry for grip optimization - Handle Construction: Dual-material grip with torque-limiting mechanisms (in advanced models)

4. Key Technical Specifications

ParameterTypical RangeImportance
Torque Capacity50-2500 NmDetermines maximum fastening strength
Material Hardness45-55 HRCAffects wear resistance
Dimensional Tolerance 0.05mmEnsures proper fastener engagement
Corrosion Resistance500+ hrs salt sprayLongevity in harsh environments
Drive Fit Clearance0.02-0.08mmPrevents tool slippage

5. Application Fields

Primary industries include: - Automotive manufacturing and repair - Aerospace maintenance - Construction equipment assembly - Industrial machinery servicing - Electrical infrastructure installation

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Innovation
Snap-on IndustrialImpact Gold Socket SeriesNanocoating for corrosion protection
Bahco ToolsProGrip Socket SetErgonomic dual-layer handle design
Wera GmbHKraftform Socket WrenchMulti-component grip technology
Milwaukee ToolShockwave Impact SocketProprietary alloy for extreme torque

7. Selection Recommendations

Key considerations: - Match drive size to application torque requirements - Choose impact-resistant models for pneumatic tool use - Prioritize corrosion resistance for outdoor operations - Evaluate ergonomics for repetitive tasks - Ensure compliance with ISO 1174 (drive connection standards)

Example case: Automotive transmission assembly requires 1/2" drive impact sockets with 800Nm torque capacity and magnetic fastener retention.

8. Industry Development Trends

Current trends include: - Integration of torque sensors in smart handles - Lightweight composite materials reducing tool fatigue - Modular systems with quick-change mechanisms - Enhanced safety features preventing over-torque damage - Adoption of Industry 4.0-compatible digital torque monitoring

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