NANOBLAST™
Advanced Nanobubble & Nanomaterials Technology
Turning Waste Into Strategic Nanomaterials
NanoBlast™️ is a proprietary advanced technology platform developed by Pure Aims Technologies Sdn. Bhd. that integrates nanobubble generation with functional nanomaterials engineering. The technology utilizes a specially designed hydrodynamic system to produce highly stable nanobubbles, enhancing gas dissolution, mass transfer efficiency, oxidation processes, and water quality improvement.
Beyond nanobubble generation, NanoBlast™️ incorporates advanced nanotechnology materials, including carbon nanotubes (CNTs) synthesized from sustainable iron-rich resources. These functional nanomaterials provide enhanced surface area, catalytic activity, adsorption capability, and process efficiency for various environmental, industrial, agricultural, aquaculture, and water treatment applications.
The combination of nanobubbles and engineered nanomaterials creates a synergistic effect that improves oxygen transfer, pollutant degradation, catalyst performance, and overall process effectiveness while maintaining energy-efficient operation.
From Industrial Waste to Black Gold
A patented breakthrough technology from Universiti Teknologi Malaysia that produces high-quality Multi-Walled Carbon Nanotubes (MWCNTs) at up to 5× lower cost using mineral-rich industrial sludge.
NanoBlast™ CNTs
We provide multi-walled carbon nanotubes of the highest purity for bulk customers and also for research purposes..
NanoBlast™ nanobubbles generator
This nozzle generates nano-sized bubbles, which are useful in aquaculture and other industries in need of sustaining any type of gas underwater.
NanoBlast™ is NanoVerified
NanoVerify is an initiative by the government to ensure that technologies that claim to have nanotech are actually true. This verification standard also enhances our product in its guarantee and quality.
About THE TECHNOLOGY
Nanoscale Carbon Nanotube Structure
Microscopy analysis reveals a highly structured network of multi-walled carbon nanotubes at nanoscale dimensions, confirming excellent morphology and material integrity.
Natural Mineral Catalyst Source
The technology utilizes mineral sludge naturally rich in iron oxide, which acts as a catalyst during nanotube synthesis. This approach significantly reduces the need for expensive catalyst materials.
Industrial Applications
Electronics
Energy Storage
Energy Storage
Next-generation semiconductor materials.
Energy Storage
Energy Storage
Energy Storage
High-performance batteries and energy systems.
Aerospace
Energy Storage
5G Technology
Lightweight composites and radar-absorbing materials.
5G Technology
5G Technology
High-speed communication components.
Defense Materials
Bullet-resistant composite materials.
Smart Sensors
Advanced sensing technologies.
THE INVENTOR
Ts. ChM. Dr. Faizuan Abdullah, Senior Lecturer at the Department of Chemistry, Universiti Teknologi Malaysia, leads the development of this patented nanotechnology innovation.