PROFORM 67265 SBC Aluminum Long-Design Mechanical Water Pump

Regular price
$103.99 USD
Regular price
$103.99 USD
Sale price
$103.99 USD
Shipping calculated at checkout.

Vendor : PROFORM

Product Type : Heating and Cooling

Sku : PFM67265

✔ Veteran-Owned Business  |  ✔ Verified Fitment (SEMA Data)  |  ✔ Ships 1–3 Business Days  |  ✔ 30-Day Returns 

SBC Aluminum Water Pump - Long

The PROFORM 67265 mechanical water pump is designed for Small Block Chevy engines requiring a long-style pump configuration. Its aluminum construction provides a practical combination of durability and reduced weight for performance street, racing, and replacement applications. The natural aluminum finish offers a clean, functional appearance that complements a wide range of engine compartments.
The long-design configuration supports proper fitment with compatible Small Block Chevy cooling systems, while the mechanical drive provides dependable coolant circulation through the engine. This water pump is supplied as an individual unit and is intended for builders, technicians, and enthusiasts seeking a straightforward cooling-system component from PROFORM. Verify vehicle, engine, accessory-drive, and pulley compatibility before installation.
Designed for use in automotive applications, the PROFORM 67265 helps maintain consistent coolant flow when paired with a properly matched radiator, thermostat, hoses, belts, and related cooling components. Its aluminum housing is well suited to performance-oriented engine builds where weight-conscious component selection and reliable cooling-system operation are important. Installation should follow the engine manufacturer's recommended procedures, including proper gasket selection, torque specifications, belt alignment, and coolant service practices.

Features:

  • Brand: PROFORM
  • Part Number: 67265
  • Application: Small Block Chevy engines
  • Pump Type: Mechanical water pump
  • Design: Long-style configuration
  • Material: Aluminum construction
  • Finish: Natural aluminum
  • Quantity: Sold individually