Quantum Glass

Quantum Glass:

The Future of Water Filtration

The world's first and only water filtration medium fundamentally different from existing materials. This innovative technology promises to revolutionise water treatment.

What is Glass

Glass can be exceptionally tough.

Glass can be exceptionally flexible.

Or

Colourless

Colourful

Or

Backbone of silicate glass

is SiO2, or silica.

In pure SiO2, every silicon (Si) atom bonds to four oxygen atoms, and every oxygen bonds to 2 Si atoms.

The four oxygen define a regular tetrahedron with Si in the centre.

These SiO2 tetrahedra share corners since a tetrahedron is a 3 dimentional object, these linkages extend in three dimentions, resulting a three dimensional Network of linked SiO2 tetrahedra.

Other oxides that forms 2D and 3D networks are

GeO2, P2O5, and B2O3.

They are often called Network Formers

Elements that have low ionic charge +1 or +2 and high number of bonds (4 or more) are called Network Modifiers (e.g. Li2O, Na2O, K2O, MgO, CaO, and SrO).

Quantum Glass

Quantum Glass is a next-generation filtration media engineered from pure glass.

By creating multiple microscopic networks inside the glass and carefully removing one of them, we form a perfectly uniform nanoporous structure. These pores — ranging from 2 to 250 nm — dramatically increase surface area, enhance catalytic activity, and enable superior water purification performance compared to traditional sand or glass filter media.

1.Sodium Borosilicate Glass

2.Phase separation

3.Acid Leaching

4.Porus Glass (2 - 250nm pores)

6.TiO2 Infusion - Free Radical (Hydroxyl radical, OH-)

7.Silver ion (Ag+) Infusion

8.Copper ion (Cu2+) Infusion

9.Quantum Glass:

Quantum Glass uses a 2–250 nm nanoporous structure infused with silver, copper and nano-TiO₂ to stop membrane growth, kill bacteria and viruses, prevent algae, remove bad odor and keep your water cleaner—longer.

Compatible with all existing sand and glass filters.

5.Plasma surface treatment

Sincerity Applied Materials Quantum Glass Technology Roadmap

Water Treatement Commercialisation 2025 - 2026

Goals: Establishing 6000 MT Quantum Glass manufacturing capacity in Australia

Factory Site: Adelaide, Australia

Progress to date: In progress

Water Treatement commercialisation 2027 - 2029

Goals:

Establishing 30,000MT Quantum Glass manufacturing capacity in USA

Establishing 15,000MT Quantum Glass manufacturing capacity in Europe

Establishing 50,000MT Quantum Glass manufacturing capacity in China

Commercialisation of Quantum Glass Across Various Industries 2029

Air & Exhaust Filtration

Applications:

Gas filtration

Industrial waste gas scrubbing

VOC adsorption

Catalyst carrier for NOx reduction

High-temperature stability

Fine particulate trapping

Biotech & Medical

Applications:

Enzyme immobilisation

Protein purification

DNA/RNA separation

Drug delivery research

Bio-reactor media

Antimicrobial surfaces

Electronics & Semiconductor

Applications:

High-purity filtration

CMP slurry conditioning

Dielectric scaffolds

Battery separators

Catalyst support for nanowire growth

Catalysis & Chemical Processing

Applications:

Catalyst support material

Nano metal deposition matrix

Gas–solid interface enhancer

Reaction surface extension media

Sincerity Applied Material Science

To be the most creative, respectable and responsible leader in material science

FAQs

What is quantum glass?

Quantum Glass is a selectively leached, nano-architected glass featuring an interconnected network of 2–250 nm pores. This structure provides high adsorption capacity, enhanced catalytic behavior, and superior particle filtration.

The surface is treated with Ag⁺, Cu²⁺, and nano-TiO₂, enabling continuous antimicrobial activity through ion release and photocatalytic oxidation. This multi-functional design prevents biofilm formation, suppresses algae, and neutralizes bacteria and viruses, redefining the performance boundaries of modern filtration media.

How does it work?

Quantum Glass combines nanoscale physical filtration with active antimicrobial chemistry. The material is formed through phase separation to create a uniform nanoporous network (2–250 nm) that maximizes adsorption and particle capture.

The surface is functionalized with Ag⁺ (silver ions), Cu²⁺ (copper ions), and nano-TiO₂, which provide broad-spectrum antimicrobial action through ion release and photocatalytic oxidation. This multi-modal system inhibits membrane/biofilm formation, suppresses algae growth, and neutralizes bacteria and viruses within the filtration bed, ensuring superior purification performance and long-term filter hygiene.

When will it be available?

We are currently building the factory and expect commercialisation to begin soon. Subscribe for updates.

Is it safe to use?

Yes, quantum glass is designed to be completely safe for water treatment.

Can it replace existing filters?

Yes. Quantum Glass can directly replace the media in most existing filters that use sand, quartz, or regular glass.

There’s no need to change the filter housing or equipment — simply remove the old media and load Quantum Glass. It’s fully compatible with standard pool, industrial, and commercial filtration systems.

How can I stay informed about progress?

Subscribe to our newsletter to receive the latest news on factory construction and product launch.

Disclaimer

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