Accessories

Part Number	Description / PDF	Quantity
06-0400-52-B 3M	3M SPEEDGLAS PIVOT MECHA 1=1PC	19
SOLUS-FOAM 3M	3M SOLUS REPLACEMENT FOA 1=1PC	39
7893S 3M	HEADSTRAP/HARNESS ASSEM 2EA/CASE	0
W-3016 3M	3M VORTEX HOLDER KIT W-3016	5
TR-332 3M	HIGH CAPACITY BATTERY TR-332	58
06-0200-52 3M	3M SPEEDGLAS OUTSIDE PRO	4
M-926 3M	PEEL-OFF COVERS M-926/3732 1=1PC	93
06-0400-53-B 3M	3M SPEEDGLAS HEADBAND 91	0
AS-120-10 3M	3M PREFILTER AS-120-10 1=1PC	23
TR-325 3M	STANDARD BELT TR-325	10
7882 3M	3M NOSE CUP VALVE ASSEMBLY 1=1PC	687
7283 3M	3M EXHALATION VALVE 7283 1=1PCK	5
M-316 3M	REPLACEMENT AIRFLOW DEFLECTOR	0
FF-400-09 3M	3M EXHALATION VALVE COVER 1=1PC	4
SA-2000LP 3M	DUAL AIRLINE BACK-MOUNTED ADAPTE	1
W-3186-2 3M	PLUGW-3186-2 1/4"BODY SIZE 1=1PC	10
6001I 3M	3M ORGANIC VAPOR SERVICE 1=1PC	0
81728 9" EXTRA HARD RED 3M	DISC PAD FACE PLATE RIBBED 81728	10
V-100SR 3M	VORTEX COOLING ASSEMBLY V-100SR	3
EPX PLNGR 2:1 3M	EPX 2:1 PLUNGER 50ML 1=1 PLUNGER	55

Accessories

1. Overview

Tools Accessories refer to supplementary components designed to enhance the functionality, precision, and safety of primary tools and equipment. These accessories enable adaptability across diverse industrial, commercial, and residential applications. Their importance in modern technology lies in improving operational efficiency, reducing downtime, and enabling specialized tasks in fields ranging from construction to microelectronics.

2. Major Types and Functional Classification

Type	Functional Characteristics	Application Examples
Drill Bits	High-speed steel/tungsten carbide cutting tools with optimized flute geometry	Metalworking, woodworking, masonry
Grinding Wheels	Composite abrasive materials with bonding agents for material removal	Metal fabrication, surface preparation
Sanding Discs	Variable grit sizes on flexible/rigid backing materials	Automotive bodywork, furniture finishing
Socket Sets	Interchangeable drive sizes with torque transmission capabilities	Mechanical assembly, automotive repair
Clamping Systems	Adjustable mechanical fastening with precision load distribution	CNC machining, welding jigs

3. Structural and Technical Composition

Typical configurations include: - Material Core: High-speed steel (HSS), tungsten carbide, ceramic abrasives, or polymer composites - Surface Treatment: Titanium nitride coating, diamond grit impregnation, anti-corrosion plating - Mechanical Interface: Standardized drive systems ( ", " hex), threaded mounts, quick-change mechanisms - Thermal Management: Heat dissipating grooves, ventilation channels for friction reduction

4. Key Technical Parameters

Parameter	Key Specifications	Importance
Dimensional Accuracy	0.01mm to 0.1mm tolerance range	Determines fitment and operational precision
Hardness Rating	55-85 HRC for cutting tools	Impacts wear resistance and lifespan
Operating Temperature	-20 C to 1200 C depending on material	Defines application environment limits
Torque Capacity	5-1000 Nm range	Dictates mechanical load handling
Wear Resistance	Measured in cycles before performance degradation	Directly affects maintenance intervals

5. Application Fields

Primary industries include: - Construction: Impact driver accessories, concrete drilling systems - Automotive: Torque-controlled socket wrenches, paint removal discs - Electronics: Precision tweezers, ESD-safe screwdriver bits - Aerospace: Composite material cutting tools, torque-limited fastening systems - Medical: Surgical drill guides, micro-instrument attachments

6. Leading Manufacturers and Products

Manufacturer	Representative Product	Key Innovation
3M	Trizact Diamond Disc	Micron-precision abrasive technology
Bosch	Expert Line Drill Bits	Carbide-tipped multi-material capability
DeWalt	XR Impact Socket Set	Industrial-grade torque transmission
Makita	D-String Trimmer Head	Automatic feed system for landscaping
Stanley Black & Decker	Proto Torque Wrench	Digital calibration display

7. Selection Recommendations

Critical factors include: - Match accessory specifications to primary tool's power/output ratings - Consider material compatibility (e.g., non-sparking tools for explosive environments) - Evaluate duty cycle requirements (continuous vs intermittent use) - Verify compliance with international standards (ISO 574, ANSI B27.1) - Calculate total cost of ownership (durability vs replacement frequency)

8. Industry Trends Analysis

Emerging developments: - Smart accessories with embedded sensors for condition monitoring - Additive manufacturing enabling complex geometry tooling - Nanocomposite materials offering superior wear resistance - Increased focus on ergonomics and vibration reduction - Sustainable production methods with recycled material integration