Blatrixo Machine
Blatrixo Machine
Engineered for immediate deployment in extreme environments, from coastal Walvis Bay dry docks to inland desert mining sites.
Namibia’s fast-expanding industrial economy relies heavily on robust infrastructure, maritime maintenance at the Port of Walvis Bay, and massive mining operations including uranium extraction in the Erongo Region and coastal diamond recovery. These applications present extreme challenges for surface preparation. Rapid corrosion caused by high salinity and humidity at the coastline requires sandblasting units that are highly efficient and capable of recapturing expensive abrasive media such as garnet, steel shot, and brown corundum.
Inland mining operations face different constraints. Water resources are scarce, and dust control is highly regulated to preserve fragile ecosystems like the Namib Desert. Implementing high-efficiency recovery systems guarantees cost reduction, environment preservation, and continuous workflow. Heavy-duty recovery equipment ensures that imported abrasives are recycled up to 50–80 times (for steel shot), reducing shipping and import overheads drastically.
Modern surface preparation is shifting towards automated, closed-loop layouts. Industry standards require systems that eliminate particulate emissions and recover the maximum percentage of usable abrasive while separating spent fine dust. Leading global operators rely on vacuum recovery technology to maintain clean work conditions, adhere to strict OSHA and EU emissions guidelines, and extend the lifespan of blasting nozzles and dust-collector filters.
By transitioning from mechanical bucket elevators to advanced pneumatic vacuum recovery, modern factories achieve small footprints, lower maintenance overheads, and higher versatility. Blatrixo’s heavy-duty pneumatic suction units process abrasive up to 30 tons per hour over vertical distances of more than 50 meters, perfect for shipyard dry docks and complex mining processing plants.
Developing abrasive recovery units for Namibia demands specific adaptations to withstand harsh outdoor settings. High ambient temperatures, fine desert sands, and corrosive sea breeze necessitate specific design considerations:
Heavy-duty air cooling and dual-stage separation preserve vacuum motor longevity during hot desert operations reaching 45°C.
Structural elements are hot-dip galvanized and protected with C5-M marine epoxy paint to resist offshore salt mist.
Optimized air-wash dynamics filter out ultrafine silica sand and dust particles, delivering 99.9% clean, reusable blasting media.
Pioneering Heavy Industrial Surface Preparation & Foundry Machinery Internationally
Ningbo Blatrixo Machinet Co., Ltd. is strategically located in the West Coast New Area of Qingdao, China. Leveraging the technical and talent advantages of the China Foundry and Forging Research Institute, the company specializes in the research, development, and manufacturing of a wide range of products, including gas cylinder equipment, foundry sand treatment systems, shot blasting machine, shot peening machine, sandblasting room, shot peening tank, gas cylinder bottom scraping machine, and vacuum shot suction machine.
With extensive design and practical experience in sand treatment, shot blasting strengthening, sandblasting room, and cylinder machinery, the company is capable of customizing non-standard specialized equipment such as mobile sandblasting room, anchor chain shot blasting machine, steel pipe shot blasting machine, cylinder inner wall cleaning machine, gas cylinder bottom scraping machine, and cylinder neck riveting machine to meet specific customer requirements.
The company prioritizes technology as its core driving force, adhering to the enterprise philosophy of "unity, pragmatism, innovation, and integrity" while upholding the business principle of "surviving through quality and developing through integrity." Through rigorous testing methodologies, a highly skilled R&D team, a proficient workforce, and a dedicated service ethos, we deliver high-quality, cost-effective, advanced, and reliable products and solutions to our customers.
We are dedicated to introducing world-class technologies and products in casting machinery, shot blasting machines, scraper sandblasting rooms, gas cylinder equipment, and vacuum shot suction machines to the global market, sharing these advancements with our valued customers. Simultaneously, we strive to collaborate with our clients to promote and share high-performance sand treatment equipment, shot blasting machines, sandblasting rooms, gas cylinder equipment, and vacuum shot suction machines.
Selecting the correct recovery method depends on factors like structural dimensions, operational throughput, and media type.
Designed for heavy-weight abrasives such as steel shot. Scraper floors operate via pneumatic or electric cylinders, transferring fallen media to a cross-conveyor and bucket elevator. This layout handles high volume continuously and reduces electric power draw compared to pure air-suction configurations.
Ideal for silica sand, glass beads, and garnet. High-vacuum suction hoods pull blasted media up through ductwork into an air-wash separator. The medium is cleaned, classified, and deposited straight back into the pressure vessels. Since there are minimal mechanical parts under the floor, system maintenance is simple and installation costs are minimized.
Blatrixo merges both pathways to offer hybrid systems. These utilize mechanical scraper floors to bring heavy steel shot to a central collection zone, where a powerful vacuum system lifts the shot to the storage hopper, eliminating bucket elevators that are prone to mechanical wear.
Select from our extensive product catalog of high-capacity vacuum recycling equipment tailored for diverse engineering environments.
Technical expertise answering common queries regarding abrasive recycling setups in Southern Africa.
Minimize waste, lower abrasive import costs, and establish a clean dust-free sandblasting workplace. Our engineers are ready to configure a custom system for your Namibian industrial site.