Side Cutter 20U7013251 Replacement Parts

How to Select Suitable Equipment Wear Protection Products?

Selecting appropriate equipment wear protection products requires comprehensive consideration of material properties, operating conditions, and industry standards. Key selection criteria are outlined below:

I. Core Selection Standards

Material Compatibility

High-wear environments should prioritize alloy laminated materials with hardness ≥60 HRC (e.g., tungsten carbide coatings), which can reduce wear rates by 3-5 times compared to standard steel plates.

Corrosive environments require 92gsm composite protective layers with acid/alkali resistance ≥60 minutes.

Lightweight applications benefit from engineering plastics, combining corrosion resistance with low density.

Operating Condition Adaptability

High-temperature environments (≤500°C) demand aluminum foil composite insulation layers with ≥90% reflectivity.

Impact-prone areas require steel-head protective devices rated for 200J impact resistance.

Customized protective covers are recommended for precision equipment, with dimensional tolerances controlled within ±0.5mm.

II. Certification and Testing Requirements

Mandatory Certification

Domestic equipment must comply with GB 39800.10-2025 mechanical protection standards, covering nine basic protective requirements including safety helmets and goggles.

International projects must pass ISO 9352 or ASTM D1044 abrasion resistance certification‌

Performance Testing‌

Mass loss in Taber abrasion testing must be <20mg/1000 revolutions (compared to >100mg for standard steel plates)‌

Puncture resistance must be ≥1100N, meeting GB 12014 anti-static standards‌

III. Installation and Maintenance Guidelines

Installation Process‌

Control heat input during welding to prevent substrate deformation.

Apply Loctite PC9593 wear-resistant protective agent for 4-hour rapid repairs.

Reserve signal transmission interfaces for embedded sensor protection devices.

Maintenance Cycle

Inspect metal-based protective layer wear depth every 2000 hours.

Conduct annual permeability tests on composite materials.

Mandatory replacement of consumables (e.g., filter cartridges) every 4 hours or during emergencies.

IV. Emerging Technology Applications

Smart Monitoring Systems

Protective gear integrated with gas sensors enables real-time wear monitoring.

Safety helmets with LED warning lights enhance nighttime operational safety.

Eco-Friendly Protective Products

Biodegradable polymer materials are progressively replacing traditional metal protective coatings.

Self-healing coating technology extends service life by over 30%.