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What is Perma Blood?

Published in Fake Blood 2 mins read

Perma Blood is a professional-grade, permanent fake blood used for creating realistic-looking blood stains and effects. It's a popular choice for haunted houses, Halloween costumes, theatrical productions, and other spooky applications. Unlike many other fake bloods, Perma Blood dries bright red, maintaining a fresh appearance, and resists cracking or chipping. Its permanence makes it ideal for long-lasting effects on costumes, props, and set pieces.

Key Features of Perma Blood:

  • Permanent: As its name suggests, Perma Blood is designed to create lasting stains. It's notoriously difficult to remove from clothing and skin. Several sources highlight its permanence as a key selling point.
  • Realistic Appearance: It's praised for its lifelike appearance, staying a vibrant red even after drying. This makes it suitable for professional-level effects.
  • Wide Range of Uses: Perma Blood is used in various applications, including haunted attractions, Halloween costumes, stage productions, and prop creation.
  • Durable: Unlike some temporary fake bloods, Perma Blood is designed to withstand wear and tear, making it suitable for long-term use. The absence of cracking or chipping is a frequently mentioned advantage.

Examples of Perma Blood Use:

  • Haunted Houses: Creating gory and realistic scenes for immersive haunted attractions.
  • Halloween Costumes: Achieving a truly terrifying and convincing look for Halloween costumes.
  • Theatrical Productions: Adding realistic blood effects to stage plays and films.
  • Prop Making: Creating detailed and long-lasting bloody props for various events and displays.

Many online retailers and haunt industry professionals cite Perma Blood as a trusted and highly-regarded product for its superior qualities. Its ability to maintain a vibrant red hue, its permanent nature, and its resistance to damage contribute to its popularity. However, users should be aware of its permanence; it's incredibly difficult to remove from surfaces.