Imer Spray Gun for Fireproofing, Mortar, & Stucco for Small 50 & Koine 35

Imer Spray Gun for Fireproofing, Mortar, & Stucco for Small 50 & Koine 35

The Imer Spray Gun for Fireproofing, Mortar, and Stucco is an essential tool for contractors and professionals looking to achieve high-quality applications on various surfaces. Designed to work seamlessly with the Imer Small 50 and Koine 35 pumps, this spray gun is equipped with a 25mm female cam lock fitting, ensuring a secure and efficient setup. This spray gun is specialized for fireproofing, mortar, and stucco applications, making it ideal for both large-scale commercial projects and smaller, detailed tasks. With its sturdy construction and deflector for improved control, the Imer Spray Gun provides reliable performance under demanding conditions.

This spray gun offers precision application, especially when coupled with a compressor-equipped pump system. The addition of a deflector allows contractors to direct the flow accurately, reducing overspray and maximizing coverage. Its compatibility with both 1/2" (14mm) and 1" (25mm) spray setups allows flexibility across different material types and surface textures. Engineered to optimize efficiency and productivity, this tool helps contractors achieve a smooth, consistent finish with minimal hassle.

Features

• Designed specifically for fireproofing, mortar, and stucco applications.
• Compatible with the Imer Small 50 and Koine 35 pumps equipped with compressors.
• Equipped with a 25mm female cam lock fitting for secure attachment.
• Comes with a deflector to enhance control and reduce overspray.
• Supports both 1/2" (14mm) and 1" (25mm) setups, allowing material versatility.
• Provides consistent and even coverage for a professional finish.
• Ideal for contractors working on large-scale projects or detailed work.
• Durable construction ensures longevity and reliability in various conditions.
• Simple setup and easy attachment to pumps for quick operational readiness.
• Optimizes material application, reducing waste and maximizing efficiency.