Australian delivery: 1-7 days | International delivery: 7-10 days
Pickup: we will notify you once your item is ready for collection.
After your order is confirmed, it is hand finished, polished & inspected to ensure you receive the highest quality.
Suits CN7 i30N Sedan model
INSTALL DOES NOT REQUIRE SIDE SKIRT REMOVAL
Finish the exterior aesthetic of your CN7 i30N with our side skirt splitters - renowned for their durability under all driving conditions worldwide! Easy install instructions are included and side skirt removal is NOT required.
Brass threads will allow for easy installation of our adjustable side winglets, creating your own style with our bolt-on accessories range (sold separately).
We offer fast Australia-wide and international shipping for all our products - join the worldwide Flow Family today!
Side winglets sold separately.
- CN7 i30N side skirt splitters (pair)
- 2 Flow Designs stickers
- Fitting kit with black stainless hardware
Material & Finish:
- 10mm thick polyethylene composite, bevelled edges
- Hand polished satin black
How Strong Are Our Splitters?
HOW IS YOUR SPLITTER SO STRONG?
Each splitter is developed to become an integral part of your stock body kit, giving it unrivalled rigidity and strength so it can absorb scrapes and protect your bumper.
WHY DO YOU USE POLYETHYLENE COMPOSITE FOR YOUR PRODUCTS?
Strong, impact-resistant, doesn't corrode or chip, and has excellent abrasion resistance (eg. scraping on driveways!)
WHAT ABOUT CARBON FIBRE?
As strong and light as carbon fibre is, it cracks on impact or when under load and/or stress. Clearcoat can eventually fade or crack, becoming undesirable.
USE OF ABS PLASTIC
Please note that although all our precision-made ABS accessories are extremely strong and durable, they do not hold the same shatterproof label as our 10mm thick polyethylene composite splitters. The accessories are manufactured in ABS with the intention that they will be lighter, bolt-on attachments that will improve aesthetics and are easily replaceable if they become damaged from varying road conditions.