Ramair Foam Jet Stream Medium Cone Air Filter 70mm (2.75inch) OD Silver – JS-175-70-SL

Ramair Foam Jet Stream Medium Cone Air Filter 70mm (2.75inch) OD Silver – JS-175-70-SL is identified by exact Ramair part number JS-175-70-SL. The product identity and description below were matched to the corresponding current supplier or manufacturer catalogue record.

Product details

This filter is designed to be inserted into a flexible hose such as a rubber or silicone intake pipe. These filters have an aluminium ram-pipe neck and a cone shaped filter element. This integral cone channels all the incoming air, towards the inlet manifold, and in doing so, reduces unnecessary turbulence. These filters are also cone shaped because it enables easy fitting to space restricted engine compartments and with the extremely large amount of foam surface area an added boost of power to your engine too! The filter is specially strengthened using a stainless steel internal mesh, which we have developed & used in european and world touring cars! With its large size, technologically advanced filter and bell mouth alloy spun base this filter kit is capable of handling extremely large power & flow rates. Clean using our filter maintenance kit - CK-003 Filter Outer Neck Diameter: 70mm (2.8inch) Filter Neck Length: 55mm (2.2inch) Filter Overall Length: 225mm (8.8inch) Filter Base Width: 175mm (6.9inch) Filter Top Width: 120mm (4.7inch) Filter Material: Dual Layer Foam Filter Base Material: Filter Base Finish: Brushed Aluminium

Fitment and ordering

Confirm the exact manufacturer part number and complete vehicle application before ordering. Compatibility can depend on build date, engine, transmission, chassis, emissions equipment or fitted options. If uncertain, contact Torque Monsta with the registration or VIN and this part number.

Installation

Use the product only for its intended application and arrange installation by a competent person. Product-specific contents, settings, torque values, certification and road-use claims are stated only where supported by exact matching evidence.