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Ford Flathead Engines, 1 3/4" Tight Tuck Header with Metallic Ceramic Coating
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Ford Flathead Engines, 1 3/4" Tight Tuck Header with Metallic Ceramic Coating

Ford Flathead Engines, 1 3/4" Tight Tuck Header with Metallic Ceramic Coating

$549.02
Ford Flathead Engines, 1 3/4" Tight Tuck Header with Metallic Ceramic Coatingβ€”
$549.02

The Story

Highlights

Tight Tuck headers are the solution to many problems associated with engine swaps in modern street rods. Tight Tucks fit in the tightest of engine compartments and clear most stock motor mounts.Β 

  • For Ford Flathead Engines (Engine Swaps or Tight Engine Bays)
  • Durable 16-gauge tubing
  • 1 3/4" Primary Tubing Diameter
  • 2 1/2" Collector Port Diameter
  • Round Port Shape
  • Metallic Ceramic Coating

Why pick Patriot's Metallic Ceramic Coating finish?

Our Metallic Ceramic Coating protects and extends the life of headers by creating a thermal barrier which significantly lowers under hood temperatures and protects the substrate metal from thermal fatigue. After the Metallic Ceramic Coating is applied, it is polished with a vibratory finishing process that produces a high luster aluminum appearance. The polishing process compresses and activates the coating, creating a surface which is harder and 60% more corrosion resistant than an unpolished surface.

Dimensions

  • Dimension A Left: 4"
  • Dimension A Right: 4"
  • Dimension B Left: 9"
  • Dimension B Right: 9"

Description

Highlights

Tight Tuck headers are the solution to many problems associated with engine swaps in modern street rods. Tight Tucks fit in the tightest of engine compartments and clear most stock motor mounts.Β 

  • For Ford Flathead Engines (Engine Swaps or Tight Engine Bays)
  • Durable 16-gauge tubing
  • 1 3/4" Primary Tubing Diameter
  • 2 1/2" Collector Port Diameter
  • Round Port Shape
  • Metallic Ceramic Coating

Why pick Patriot's Metallic Ceramic Coating finish?

Our Metallic Ceramic Coating protects and extends the life of headers by creating a thermal barrier which significantly lowers under hood temperatures and protects the substrate metal from thermal fatigue. After the Metallic Ceramic Coating is applied, it is polished with a vibratory finishing process that produces a high luster aluminum appearance. The polishing process compresses and activates the coating, creating a surface which is harder and 60% more corrosion resistant than an unpolished surface.

Dimensions

  • Dimension A Left: 4"
  • Dimension A Right: 4"
  • Dimension B Left: 9"
  • Dimension B Right: 9"