Ford Ranger 2.9L Automatic Transmission 1987, Aluminum Core Engine Coolant Radiator by Metrix®. This top-grade Metrix product is a great way to go if you want to ensure reliable operation of your automobile. It is made utilizing high-grade materials and the latest equipment to deliver OEM quality that maintains the integrity of your vehicle. Manufactured according to stringent OE specifications, it provides excellent fit, thus making installation a no-brainer process.
- Designed to help ensure reliable operation of your vehicle
- Proven to deliver durable and efficient performance
- Engineered to meet or exceed OE specifications
- High-grade materials for long-lasting service life
- Guaranteed to provide perfect fit and ease of installation
Whether you are in search of replacement parts to make your engine running cool and efficiently or need reliable automotive thermal parts that will keep you and your passengers comfortable at all times, Metrix should be on top of your list. All parts the brand offers are designed to meet or exceed OE standards, so you can be sure that they will deliver efficient performance even under tough conditions. The use of the highest-grade materials results in products that bring exceptional durability, excellent function and long-lasting service life. Since Metrix parts are manufactured to exact OE specifications, they provide the same fit as the original manufacturer's parts without any additional time consuming steps needed for installation.
Perfect OEM fit and exceptional quality – that's all about Metrix®. Being your ultimate alternative for superior thermal products, the brand offers a complete selection of top-rated A/C compressors, heater cores, expansion valves, receiver driers, blower motor assemblies as well radiators and water pumps. The company's philosophy of maintaining the integrity of your automobile is what sets it apart from the competition. All Metrix products are engineered and manufactured with great precision to meet or exceed OE specifications and provide reliable long-lasting operation in the highly-stressful conditions.