Please Note: that Special Order items can take longer than the estimated arrival time. It is dependant on the manufacturers lead times. Special orders can not be refunded as they are made to order. If you are looking for a specific product there may be alternate ways such as a colour change that speeds up this time line. It is best to call or email us, or wait patiently. Thank You!

SF Technology

GRAPHENE NANO-CARBON TECHNOLOGY

SF Line is crafted by Win & Win Archery, one of the leading recurve bow manufacturers in the world.

RISERS

SF APEX-GX Riser is designed with graphene nano-carbon technology to improve the arrow grouping by reducing the shock and vibration at the time of release.

VULCAN X riser is made with carefully selected aluminum material. Its unique design emphasizes balance and is engineered to deliver consistent feedback while shooting.

In addition, the height of the cushion plunger can be adjusted between two levels to accommodate any type of arrow to be fine-tuned by applying the rest plate system.

LIMBS

APEX G9 limbs are designed with graphene nano-carbon technology to have excellent Anti-torsional rigidity to offer a powerful shooting experience. The reverse curve design provides maximum smoothness while drawing to offer excellent performance even during high-level competitions.

Trinity C6 limbs offer excellent smoothness in drawing by applying nano-carbon and high-foam core technology, allowing for a flexible and comfortable shooting experience.

STABILIZERS

SMC 15

Highly durable 3k carbon fabric surface

SMC 15 is SF’s revolutionary new stabilizer constructed from modern high tensile strength carbon, making it stronger and stiffer.

With its highly durable 3K carbon fabric surface, the SMC stabilizing system has improved dampening qualities, shock absorbance, and torque control. Unlike other stabilizers the thickness of the SMC tube wall varies, helping it to absorb high levels of shock very quickly.

The rod wall measures 0.0275” (0.7mm) at the front and 0.0787” (2mm) at the base. This creates reduces movement at the end of the rod and absorbs vibration throughout the length of the stabilizer rather than pushing it back into the bow.

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