36mm Heavy-Duty Core Performance Aluminum Engine Cooling Radiator for Suzuki Bandit GSF 1200 N / S 1996-2000

In stock
7-15 Business Days Delivery
Regular price $339.90

๐Ÿ“ COMPATIBILITY & OEM REFERENCE:

  • Suzuki Bandit GSF1200 N / S: 1996 - 2000

๐Ÿ”„ Cross-References OEM Part Number: 16600-27E10

Upgrade your Suzuki Bandit GSF1200 N/S (1996-2000) with a high-performance aluminum radiator engineered for superior thermal management. The 36mm heavy-duty core and curved core structure increase both cooling surface area and fluid capacity, delivering efficient heat dissipation under demanding riding conditions. Constructed from 100% aircraft-grade aluminum with TIG-welded end tanks, this unit offers significantly greater structural rigidity than factory components while maintaining a direct OEM drop-in fit.


Product Specifications

Vehicle Fitment Suzuki Bandit GSF1200 N / GSF1200 S (1996-2000)
OEM Cross-Reference 16600-27E10
Core Specification 36mm Heavy-Duty Core, Curved Design
Construction Material 100% Aircraft-Grade Aluminum (Core & End Tanks)
Assembly Method Precision TIG-Welded (No Plastic Tanks)
Package Contents 1x Aluminum Radiator Assembly
Product Condition Brand New, 100% Quality Tested

Performance Advantages

  • 36mm Heavy-Duty Core with Curved Design: The thickened core profile and curved structure maximize cooling surface area and fluid volume, enhancing heat exchange efficiency for sustained engine performance.
  • 100% TIG-Welded Aluminum End Tanks: End tanks are TIG-welded directly to the core, eliminating seam failures and pressure leaks associated with crimped plastic tank designs.
  • Increased Thermal Capacity: Higher fluid capacity within the enlarged core allows the system to absorb and dissipate more engine heat, maintaining optimal operating temperatures even under heavy throttle.
  • Direct OEM Drop-In Fitment: Manufactured to match original Suzuki mounting points (OEM 16600-27E10), allowing straightforward bolt-on installation without modifications.
  • Pressure and Quality Tested: Each unit undergoes thorough pressure and quality testing prior to dispatch to ensure reliable, defect-free performance.