MADE IN GERMANY. BUILT FOR PERFORMANCE.

Founded in Germany in 1995, ROWE has built its reputation around developing and manufacturing high-quality lubricants and coolants. Its HIGHTEC range is manufactured exclusively in Germany, with products developed and tested through ROWE's own research and development facilities.

Today, ROWE offers more than 1,400 products, with its lubricants available in more than 80 countries.

A proudly South African engineering company, Gilo built its reputation around developing precision-engineered components and conversion solutions that made unconventional automotive combinations possible. From adapter plates and bellhousings to flywheels and specialised motorsport components, Gilo became closely associated with some of the country's most ambitious engine conversions.

And its influence can still be seen today in the South African performance and restoration industry.

Here are the key measurements and procedures every installer should understand.

Start With Accurate Measuring Equipment

The first requirement is accurate measurement.

For basic setup work, an electronic vernier and a known-straight straight edge are invaluable. By placing the vernier against the straight edge and zeroing it, the thickness of the straight edge is automatically accounted for, allowing you to measure directly from the reference surface to the component.

Pulseflow offers performance-focused exhaust components and systems designed for specific vehicle applications. From BMW performance downpipes to larger exhaust systems for bakkies and 4x4s, the range gives owners an opportunity to upgrade one of the most important pathways through a performance engine: the exhaust.

The Problem: Factory Limits vs Performance Demands

When modifying a BMW engine for more power, higher RPM, or forced induction, multiple weak points start to appear across the engine.

These aren’t flaws—they’re simply the result of factory engineering prioritising:

Why Choosing the Right Clamp Matters

Not all hose clamps are designed for the same purpose.

Cooling systems, fuel systems, oil lines, turbo boost pipes and exhaust components all require different levels of clamping force and different clamp designs.

Selecting the correct clamp helps:

Why Upgrade the Factory Downpipe?

The factory downpipe on the BMW F30 328i N20 includes a restrictive catalytic converter that creates unnecessary back pressure. While this helps meet emissions requirements, it also limits the turbocharger's efficiency and reduces the engine's performance potential.

What Does a Downpipe Do?

The factory downpipe connects the turbocharger to the rest of the exhaust system. While the OEM component is designed to meet strict emissions and noise regulations, it also creates significant exhaust restriction.

A catless performance downpipe removes the restrictive catalytic converter, allowing exhaust gases to exit the turbocharger far more efficiently. The result is:

Starting Your Exhaust Build

Before selecting components, it is important to determine the goal of the vehicle build. Every exhaust system is designed around the vehicle’s intended use, power level, and available space.

Common applications include:

The Problem: Where Performance Builds Start to Fail

As soon as you push your engine beyond factory limits, the stock valve springs become a weak point.

1. Valve Float at High RPM

At higher revs, factory springs cannot close the valves fast enough. This leads to valve float, where the valve no longer follows the camshaft profile correctly.