BOTTLE 2LB CAPACITY POLISHED 10-1/4 LONG,4-3/8DIAMETER

Description

Enhance your nitrous oxide system’s efficiency with a bottle engineered to deliver reliable performance and durability. This 2 lb capacity bottle provides the precise volume needed for controlled nitrous delivery, ensuring consistent power boosts during critical acceleration phases.

The polished finish not only offers corrosion resistance but also facilitates easy cleaning and maintenance, preserving the bottle’s integrity under demanding conditions. Its compact dimensions—10-1/4 inches in length and 4-3/8 inches in diameter—allow for versatile mounting options in constrained spaces without compromising capacity.

Weighing 1.848 kilograms, the bottle balances strength and lightweight design, reducing overall system weight to maintain vehicle agility. Crafted by NOS, a recognized brand in nitrous systems, this bottle integrates seamlessly with turbocharged and supercharged setups, supporting enhanced engine performance.

• 2 lb capacity: Provides sufficient nitrous volume for effective power delivery without excessive bulk.
• Polished finish: Resists corrosion and simplifies upkeep, extending service life.
• Compact size (31.40 cm length, 13.00 cm width, 13.20 cm height): Fits efficiently in tight engine compartments.
• Lightweight construction (1.848 kg): Minimizes added weight to preserve handling characteristics.
• Brand reliability: Manufactured by NOS, ensuring compatibility with established nitrous kits and components.

This bottle is engineered to optimize nitrous delivery in performance vehicles equipped with turbochargers and superchargers. Its precise dimensions and durable construction make it an essential component for drivers seeking dependable power enhancement and system longevity.

Invest in a nitrous bottle that meets stringent quality standards and delivers measurable performance gains through exact capacity and robust design. This polished 2 lb NOS bottle combines practical size, weight, and finish to support consistent nitrous oxide flow under demanding conditions.