KIMISS Ceramic Sandblast Nozzle Set - Alumina Sand Blasting Nozzle Cups for WP-9/20 Welding Torch, High Efficiency Industrial Ceramic, Multiple for Versatile Use
R 1,109
or 4 x payments of R277.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
KIMISS Ceramic Sandblast Nozzle Set - Alumina Sand Blasting Nozzle Cups for WP-9/20 Welding Torch, High Efficiency Industrial Ceramic, Multiple for Versatile Use
Easy Assembly and User-Friendly: This ceramic sandblast nozzle set is designed for effortless assembly and , making it ideal for both novice users and experienced professionals. Compatible with WP-9/20 welding torches, it can be readily integrated into your existing equipment setup, allowing for immediate use in various industrial applications.
High Temperature Resistance: Crafted from premium ceramic materials, these nozzles can withstand elevated temperatures, enhancing their longevity and effectiveness in challenging environments. This resistance to heat ensures consistent performance even during prolonged periods of heavy-duty use, making it a reliable choice for metallurgical casting and surface deoxidization.
Versatile Model Combinations: The package includes a variety of nozzle sizes - No.24, No.16, No.14, and No.12 - allowing you to choose the most suitable option for your specific sandblasting requirements. This bility provides you with multiple model combinations to address diverse tasks, ensuring optimal efficiency in every application.
Strong Wear Resistance: from exceptional wear resistance that comes with our ceramic nozzle cups. Designed to endure the rigorous demands of industrial ry parts, these nozzles maintain their performance over extended periods, ensuring lasting results in sandblasting tasks without frequent replacements, thus saving you time and resources.
Effective Performance and Efficiency: Achieve high al efficiency with our ceramic sandblast nozzles that deliver powerful performance across a range of applications. Their design promotes a strong of abrasive material, enhancing productivity by ensuring thorough and effective cleaning or deoxidization of surfaces, ultimately leading to superior finishing on metallurgical projects.