Tomei RB26 Exhaust Manifold Gasket – 133002
Tomei RB26 Exhaust Manifold Gasket – 133002
🔥 Tomei RB26 Exhaust Manifold Gasket – 133002
Seal the Heat. Unlock the Flow.
When boost meets heat, only the best gaskets survive. The Tomei exhaust manifold gasket (PN: 133002) is engineered for RB26DETT engines to handle extreme exhaust temps, high boost pressure, and the punishment of motorsport. Forget blown-out paper gaskets – Tomei delivers stability, precision, and reliability every RB builder demands.
👉 Direct Fit – RB26DETT (BNR32, BCNR33, BNR34).
👉 Multi-Layer Stainless Construction – crush-resistant, heat-tolerant, and leak-free.
👉 Designed for High Boost – proven on drift, time attack, and endurance builds.
Why Builders Trust Tomei Gaskets:
✅ Reliability Psychology – exhaust leaks cost power, spool, and credibility. Don’t gamble on cheap.
✅ Pro Influence – Tomei hardware is a staple in top RB builds worldwide. If you’re serious, you’re running Tomei.
✅ Scarcity & Speed – quality JDM gaskets sell out fast. Builders keep them in stock so downtime doesn’t kill momentum.
✅ HP Ready – Tomei 133002, RB26 exhaust manifold gasket, Skyline GT-R upgrades, RB26DETT exhaust seal.
💡 Pro Builder Tip from Boost Doc: Pair this gasket with a set of aftermarket tubular manifolds or Tomei Expreme manifolds for maximum reliability under boost. It’s a small investment that saves you from big headaches.
📦 Brand new, sealed Tomei packaging.
⚡ Ready to ship – no waiting on backorders.
👉 Add to cart now – because the only thing your exhaust should leak is horsepower.
Shipping cost is based on weight and destination. Just add products to your cart and use the Shipping Calculator to see the shipping price.
Boost Doc prides itself on customer service, and we want happy customers and will provide a repair, replacement or refund for faulty products.
We will not refund if you simply changed your mind, found it cheaper somewhere else, decided you did not like the purchase or had no use for it.
But you can choose a refund or replacement if an item is found to be faulty.
