Products

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

The intake valves and titanium exhaust from Vertex are forged and plasma-coated for durability.

• High heat resistance
• Benchmarked for longevity

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel

Vertex Steel Valves are designed as OEM replacements, precision-forged they are strong & durable. Machined head and seat surfaces provide a precise fit. Vertex valves are nitride coated and induction hardened valve stem tip provide longevity while a precision polished surface reduces friction resulting in less heat build-up. Vertex valves are compatible with all OEM valve keepers and are sold individually allowing you to keep your replacement costs down.

• Forged one-piece OEM replacement valves
• Precision machined valve head and seat surfaces
• Nitride coated
• Induction hardened valve stem tip
• Precision polished surface
• Compatible with OEM valve keepers
• Sold each

Vertex valves follow high-end OE specifications, using steel or titanium with a pressurised hardness treatment.

• Follows high-end OE specifications.
• High-quality steel or titanium valves.

Crafted from military-spec certified TI3Al titanium alloy, Vertex Titanium Valves are made to endure the harshest racing conditions. Forged from a single blank, grain flow is improved to enhance the mechanical characteristics of the valve without having to resort to welding. Special PVD, CVD, and CrN coatings are used to provide low-friction surfaces that reduce heat generation and resist carbon build-up; coatings allow alloys like titanium to become ultra-smooth while reaching hardness levels 5x that of high-speed steel.

• Military-spec certified TI3Al titanium alloy
• Forged from a single blank
• PVD, CVD, and CrN coatings
• Reduces heat generation
• Resists carbon build-up
• Significantly stronger than steel