AF37-1051 Aeroflow Carburettor Stud Kit Suit 1/2″Spacer 4 Pack 8740 12 Point

Description

Achieve secure and stable carburettor installation that withstands engine vibrations and thermal stress with the Aeroflow Carburettor Stud Kit. Designed to maintain precise alignment and strong fastening, this kit eliminates common issues such as loosening and misalignment that degrade engine efficiency.

The kit includes four studs, each crafted with a 12-point head design that allows for superior torque application during tightening. This feature ensures consistent clamping force without rounding off the fastener, which is critical for maintaining long-term engine reliability.

Each stud measures 14.00 cm in length, accommodating a 1/2″ spacer to provide the necessary clearance for various carburettor setups. This length and spacer combination ensures compatibility with a range of engine configurations, facilitating easy installation without custom modifications.

Constructed from durable materials engineered for engine fasteners, these studs withstand high temperatures and mechanical stresses common in engine environments. Weighing 0.25 kg, the kit balances strength and weight, minimizing added mass while ensuring robust fastening.

Dimensions of the packaging—10.00 cm width and 2.00 cm height—reflect compact and organized storage, making it convenient for professional mechanics and fabricators to handle and inventory.

Ideal for automotive enthusiasts and professionals requiring reliable fastening solutions, this stud kit supports precise carburettor alignment, contributing to improved engine performance and reduced maintenance intervals. Its design and specification directly address common fastening failures, providing a dependable upgrade over generic studs.

Choose the Aeroflow Carburettor Stud Kit for engineered precision and durability that enhance engine assembly integrity. This kit offers a specific solution tailored to carburettor mounting challenges, supporting consistent engine operation under demanding conditions.