Ceramic locating pins

Ceramic Locating Pins – High-Precision Industrial Positioning Component
 
Ceramic locating pins are advanced industrial ceramic components engineered for high-precision positioning, extreme wear resistance, and long-term dimensional stability. Manufactured from zirconia, alumina, and silicon nitride ceramics, these pins outperform metal and conventional ceramic pins in acid and alkali resistance, hardness, insulation, and high-temperature stability.
 
Unlike ordinary ceramics, advanced ceramic locating pins offer exceptional mechanical strength, chemical inertness, and zero electrical conductivity, making them ideal for demanding industrial and high-load environments.
 
Their unique chemical composition and micro-structural design enable superior properties such as high hardness, toughness, corrosion resistance, thermal shock resistance, and extended service life, even under continuous mechanical stress.
 
Key Features of Ceramic Locating Pins
Extremely high hardness and wear resistance
Excellent acid and alkali corrosion resistance
Electrically non-conductive and chemically inert
High temperature and thermal shock stability
Precision tolerances with minimal dimensional deviation
Long service life with reduced downtime
Suitable for high-load and high-speed applications
 
Ceramic Locating Pin Materials
Zirconia Ceramic – High toughness, impact resistance, precision positioning
Alumina Ceramic – High hardness, insulation, corrosion resistance
Silicon Nitride Ceramic – Superior wear resistance, high-temperature performance, thermal shock resistance
 
Types of Ceramic Locating Pins
Fixed ceramic positioning pins
Replaceable ceramic locating pins
Conical ceramic locating pins
Cutting-edge ceramic positioning pins
Standard diamond ceramic locating pins
Custom special-shaped ceramic locating pins
 
Applications of Ceramic Locating Pins
Ceramic locating pins are widely used across multiple heavy-duty industries, including:
 
Automotive & Machinery
Engines and engine rotors
Clutches and universal joints
Axles, connecting rods, and bending shafts
Motorcycles and power tools
Construction machinery, loaders, and excavators
Pneumatic and hydraulic equipment
 
High-Temperature & Wear-Resistant Applications
Hot-pressing piston tops
Cylinder liners and spark plugs
Thermocouple casings
Furnace linings, burners, crucibles
Liquid aluminum conduits
Heating body fixtures
 
Chemical & Energy Industries
Chemical ball valves
Sealing rings and filters
Heat exchanger components
Corrosion-resistant valve parts
 
Electronics, Aerospace & Advanced Industries
Circuit substrates and thin-film capacitors
High-temperature electrical insulators
Radar radomes and isolators
Laser, aerospace, military, and nuclear components
 
Why Choose Advanced Ceramic Locating Pins
Advanced ceramic locating pins deliver higher performance than metal and conventional ceramic alternatives, especially in high-temperature, corrosive, and high-wear environments. Their combination of precision, durability, and chemical stability makes them ideal for both engineering structural components and functional ceramic applications.
 
FAQ Content
Q1: What are ceramic locating pins used for?
Ceramic locating pins are used for precision positioning in automotive, machinery, electronics, chemical, and high-temperature industrial applications.
 
Q2: Which material is best for ceramic locating pins?
Zirconia offers high toughness, alumina provides insulation and hardness, and silicon nitride delivers superior wear and thermal shock resistance.
 
Q3: Are ceramic locating pins resistant to corrosion?
Yes, they have excellent resistance to acids, alkalis, and chemical corrosion.
 
Q4: Can ceramic locating pins be customized?
Yes, custom sizes, shapes, and tolerances are available based on application requirements.