Cyber Week Deal Spc Performance 2.0in. Flared Hole Die Get Yours Today [LDZAoP78]

SPC Performance Flared Hole Dies

SPC Performance's 2.0in. FLARED HOLE DIE is a premium tool designed for sheet-metal fabrications, offering unmatched rigidity and strength to flat, unsupported panels. Often referred to as "dimple dies," these dies are engineered to elevate the performance of aircraft and race vehicle designs. With a focus on high-quality craftsmanship and advanced engineering, our flared hole dies stand out in the market.

• Optimized Performance: Our dies are designed to eliminate edge tearing, even when used on high-strength 4130 chromoly sheet metal.
• Superior Design: The flare angle, bend radius, and length of run are optimized to provide maximum stiffness and strength.

Product Specifications and Technical Details

Crafted from premium hardened high carbon steel, our flared hole dies are built to last, ensuring maximum tool life. The unique shape of these dies not only enhances their performance but also makes them easy to handle, reducing fatigue during prolonged use. With a maximum sheet thickness of .090 inches for chromoly and .125 inches for mild steel, these dies are versatile and suitable for a wide range of applications.

• Material: Premium hardened high carbon steel for superior durability.
• Thickness Range: Up to .090 inches for chromoly and .125 inches for mild steel.

Practical Applications and Benefits

The Cyber Week Deal Spc Performance 2.0in. Flared Hole Die Get Yours Today [LDZAoP78] is ideal for sheet-metal fabrications in industries such as aviation and racing. The high strength-to-weight ratio applications promoted by these dies make them a favorite among professionals seeking to enhance the performance and longevity of their vehicles. By investing in our flared hole dies, you are not just buying a tool; you are investing in the quality and efficiency of your work.

• Industry Applications: Perfect for aircraft and race vehicle designs.
• Quality Assurance: Engineered to provide rigidity and strength to flat, unsupported panels.