Female Pin Headers High-Density Interconnect Solutions for Reliable PCB Integration ✓ 1.27mm–2.54mm Pitch Options✓ Gold/Nickel-Plated Contacts for Low Resistance✓ Current Ratings up to 5A per Pin✓
Spring Loaded Pogo Pins Precision Multi-Directional Contact Solutions for Demanding Environments ✓ 10,000–100,000+ Mating Cycles✓ Gold/Nickel-Plated Contacts for Low Resistance (<30mΩ)✓ Current Ratings from 0.5A to
High Current Pogo Pins Industrial-Grade High Current Pogo Pin Connectors ✓ 15A–100A Current Ratings (Customizable)✓ Low Contact Resistance (<10mΩ)✓ Gold/Nickel-Plated Copper Alloy Contacts✓ 50,000+ Mating Cycles
SMD Pogo Pins High-Density, SMT-Compatible Solutions for Modern Electronics ✓ Reflow Soldering Compatible (260°C Peak)✓ 0.5–5A Current Rating, <30mΩ Contact Resistance✓ Gold/Nickel Plating for Oxidation Resistance✓
Magnetic Pogo Pin Self-Aligning, Spring-Loaded Contacts for Hassle-Free Connectivity ✓ Magnetic Alignment for One-Handed Operation✓ 50,000+ Mating Cycles (IEC 60512-8-1 Tested)✓ Gold/Nickel Plating for Corrosion Resistance✓
Pogo Pin Connectors Custom Pogo Pin Connector Manufacturer | High-Density & Waterproof Solutions ✓ 10,000–100,000+ Cycle Lifespan✓ Gold-Plated or Nickel Contacts✓ Current Ratings up to 15A✓
Precision Pogo Pins for High-Performance Electrical Connections Designed to rank for industrial and B2B buyers seeking precision spring-loaded connectors. Your Partner for Precision Connectors✓ Fast Prototyping:
Heat Pipe Heat Sink Ultra-Efficient Heat Pipe Heat Sinks for High-Density Cooling ✓ 5,000–50,000 W/mK Effective Thermal Conductivity✓ Copper, Aluminum, or Hybrid Construction✓ Custom Shapes
Active Heat Sink High-Performance Active Heat Sinks with Integrated Cooling Systems ✓ 50–80% Lower Thermal Resistance vs. Passive Designs✓ Aluminum, Copper, or Hybrid Material Bases✓ Integrated
Passive Heat Sink Silent & Reliable Passive Heat Sinks for Natural Convection Cooling ✓ 150–400 W/mK Thermal Conductivity (Material-Dependent)✓ Aluminum, Copper, or Hybrid Designs✓ Optimized Fin
Folded Fin Heat Sink High-Efficiency Folded Fin Heat Sinks for Compact Thermal Solutions ✓ 200–350 W/mK Effective Thermal Conductivity ✓ Aluminum, Copper, or Hybrid
Pin Fin Heat Sink Efficiency Finned Heat Sinks for Optimized Thermal Dissipation ✓ 150–400 W/mK Thermal Conductivity (Material-Dependent)✓ Aluminum, Copper, or Hybrid Materials✓ Pin Diameter
Finned Heat Sink Precision-Designed Fin Arrays for Enhanced Heat Transfer & Airflow ✓150–400 W/mK Thermal Conductivity (Material-Dependent)✓ Aluminum, Copper, or Hybrid Fin Designs✓ Custom Fin Density,
Die-Cast Heat Sink High-Strength Die-Cast Heat Sinks for Complex Thermal Solutions ✓ Net-Shape Complex Designs (No Secondary Machining)✓ Aluminum ADC12, Zinc ZA-8, or Custom Alloys✓ High
Stamped Heat Sink Cost-Effective Stamped Heat Sinks for High-Volume Cooling ✓ Ultra-Thin Fins (0.2–1.5mm Thickness)✓ Aluminum or Copper Materials✓ Custom Shapes & Fin Patterns✓ ISO 9001
Extruded Heat Sink High-Volume Extruded Heat Sinks for Cost-Effective Cooling ✓ 150–220 W/mK Thermal Conductivity✓ Custom & Standard Extrusion Profiles✓ Anodized or Mill Finish Options✓ ISO
CNC-Machined Heat Sink Precision CNC-Machined Heat Sinks for Complex Thermal Challenges ✓ ±0.05mm Tolerance Machining ✓ Aluminum, Copper, & Hybrid Materials ✓ Complex Fin
Hybrid Heat Sink Hybrid Heat Sinks for Advanced Thermal Management | Aluminum-Copper Composite Solutions ✓ 250–350 W/mK Thermal Conductivity✓ Aluminum Base + Copper Fins/Vapor Chambers✓ Custom
Copper Heat Sink Ultra-High Conductivity Copper Heat Sinks for Demanding Thermal Challenges ✓ 380–400 W/mK Thermal Conductivity✓ Nickel-Plated or Bare Copper Finishes✓ Custom Sizes (15x15mm to
Aluminum Heat Sink Custom CNC-Machined & Extrusion Designs for Optimal Thermal Dissipation ✓ 150–220 W/mK Thermal Conductivity✓ Anodized, Mill Finish, or Custom Coatings✓ Sizes from 10x10mm
High-Performance Heat Sinks for Optimal Thermal Management Maximize thermal efficiency with our precision-engineered heat sinks ✓ 150–400 W/mK Thermal Conductivity✓ Aluminum, Copper, & Hybrid Materials✓ ISO 9001
