Technology

Technology Overview

Engineering Molecular Space.
Enabling Commercialization.

CUBRIX™ Is LABINCUBE’s Materials Development Technology For Making Materials With Tunable Molecular-Scale Spaces, Including MOFs, Commercially Viable. We Develop Scalable Manufacturing Processes And Tailor The Properties Of Those Spaces To Specific Industrial Needs.

What is CUBRIX™?

MOF Science. CUBRIX™ Engineering. MOFAC™ Materials.

MOF Science.
CUBRIX™ Engineering.
MOFAC™ Materials.

From Molecular Space To Real-World Solutions

From Molecular Space To
Real-World Solutions

Material Engineering Technology

MOF

MOFAC™

APPLICATIONS

MOLECULAR PLATFORM

01 · MOF — Molecular Platform

Porous Materials With Tunable Spaces And Chemical Properties That Enable Targeted Gas Capture And Separation.

APPLICATION-READY MATERIALS

02 · MOFAC™ — Application-ready Materials

MOFAC™ Is A Family Of Filtration Materials Engineered With CUBRIX™ To Capture Target Gases And Meet Application Requirements.

REAL-WORLD SOLUTIONS

03 · Applications — Real-world Solutions

Tailored For Air Purifiers, Automotive Filtration, And Industrial Environments..

MOFs Provide A Porous Framework. CUBRIX™, LABINCUBE’s Material And Process Engineering Technology, Tailors Material Properties And Develops Scalable Manufacturing Processes For Specific Applications. MOFAC™ Is The Resulting Family Of Filtration Materials, Developed For Integration Into Products And Industrial Processes.

Functions Developed Through CUBRIX™

The intended application determines which functions are developed and how they are evaluated.

A /

Capture

Selective Capture And Separation

B /

Protect

Stabilization And Protection

C /

Release

Controlled Delivery And Release

Why CUBRIX™ ?

Performance AloneIs Not Enough.

Performance Alone
Is Not Enough.

Five Questions Before Commercialization

PERFORMANCE

Does it capture the target gas ?

ECONOMIC VIABILITY

Can it meet cost targets ?

SCALABILITY

Can it be made at scale ?

SAFETY

Is it safe for the intended use ?

REAL-WORLD APPLICABILITY

Will it work in actual use ?

Target gases and performance criteria

Define the target gases, operating conditions and required capture performance to guide material design and evaluation.

PERFORMANCE

Does it capture the target gas?

Target gases and performance criteria Define the target gases, operating conditions and required capture performance to guide material design and evaluation.

ECONOMIC VIABILITY

Can it meet cost targets?

SCALABILITY

Can it be made at scale?

SAFETY

Is it safe for the intended use?

REAL-WORLD APPLICABILITY

Will it work in actual use?

CUBRIX™

Integrating All Five Requirements Into Material And Process Development From The Outset.

Commercialization Requires A Balance Of Performance, Economic Viability, Scalability, Safety And Real-World Applicability. CUBRIX™ Integrates These Requirements Into Material Design And Manufacturing Process Development From The Outset.

How CUBRIX Works

From Requirements To Application-Ready Materials.

From Requirements To
Application-Ready Materials.

01 Creative Scalability

Through technical expertise and a spirit of challenge, we design new materials that expand what is possible and respond to evolving industrial and societal needs.

Creative Scalability

Through technical expertise and a spirit of challenge, we design new materials that expand what is possible and respond to evolving industrial and societal needs.

Creative Scalability

Through technical expertise and a spirit of challenge, we design new materials that expand what is possible and respond to evolving industrial and societal needs.

02 Application-Specific Design

Build on this manufacturing foundation to tailor material composition, capture sites and internal-space properties to the target substances and operating conditions.

Application-Specific Design

Build on this manufacturing foundation to tailor material composition, capture sites and internal-space properties to the target substances and operating conditions.

Application-Specific Design

Build on this manufacturing foundation to tailor material composition, capture sites and internal-space properties to the target substances and operating conditions.

Application & Evaluation

Evaluate The Material In The Required Format Under Agreed Conditions. Use The Results To Refine Material Design And Manufacturing Processes.

Building On These Commercialization Requirements, We Define Target Substances, Operating Conditions And Product Needs To Guide Material And Process Development.

Material Formats

MOFAC™ Material Formats

MOFAC™ Is Available As Powder, Dispersion And Coated Media For Current Applications. Pellet Availability Requires Project-Specific Confirmation. Module Integration Is Discussed Within The Customer’s System Requirements.

POWDER

Base material for further processing

DISPERSION

Ready for coating and formulation

COATED MEDIA

Functional media ready for filter manufacturing

PELLET / SHAPED FORMS

Format and availability confirmed for each project

MODULE INTEGRATION

Development scope agreed with customers and partners

POWDER

Base material for further processing

DISPERSION

Ready for coating and formulation

COATED MEDIA

Functional media ready for filter manufacturing

PELLET / SHAPED FORMS

Format and availability confirmed for each project

MODULE INTEGRATION

Development scope agreed with customers and partners

POWDER

Base material for further processing

DISPERSION

Ready for coating and formulation

COATED MEDIA

Functional media ready for filter manufacturing

PELLET / SHAPED FORMS

Format and availability confirmed for each project

MODULE INTEGRATION

Development scope agreed with customers and partners

Performance & Validation

Reported Material Tests.
Application-Specific Evaluation.

Material Test Results Under The Reported Conditions. Filter And Product Performance Require Separate Evaluation For Each Application.

Explore Applications

Technical Inquiry

Target Gas Removal

99.9%

99.9% Removal of each target gas under the reported test conditions.

99.9%Removal of each target gas under the reported test conditions.

99.9% Removal of each target gas under the reported test conditions.

99.9%+

MOF Removal Performance

Activated Carbon

CUBRIX™ (LABINCUBE MOF)

Improvement

HCHO

Formaldehyde

52.9%

99.9%

1.9×

+89%

C₇H₈

Toluene

26.9%

99.9%

3.7×

+271%

NH₃

Ammonia

33.3%

99.9%

3.0×

+200%

2.65×

Higher On Average

Average

Reported Average

37.7%

99.9%

2.65×

Lower Formaldehyde Re-Emission

Under the reported test conditions, the LABINCUBE MOF material showed lower formaldehyde re-emission than the activated carbon and comparison MOF tested.Complete-filter and product performance require separate evaluation under the intended operating conditions.

Under the reported test conditions, the LABINCUBE MOF material showed lower formaldehyde re-emission than the activated carbon and comparison MOF tested. Complete-filter and product performance require separate evaluation under the intended operating conditions.

<0.01%

Formaldehyde Re-Release

Material-Level Formaldehyde Re-Emission Test. Results Do Not Represent Complete-Filter Or Air Purifier Performance.

Activated Carbon

Comparison MOF

CUBRIX™ (InCube-206)

From Platform To Materials

One Technology. Different Applications.

CUBRIX™ Supports Material Development For Different Functions. MOFAC™ Focuses On Filtration, While INCUBE™ Addresses Protection And Controlled Delivery In Aesthetic And Related Applications.

Capture. Separation. Control.

An application-ready family of MOF materials engineered with CUBRIX™ for target substances and filtration requirements.

Capture. Separation. Control.

An application-ready family of MOF materials engineered with CUBRIX™ for target substances and filtration requirements.

Protection. Delivery. Control.

Materials developed for protection and controlled delivery in their intended applications.

Protection. Delivery. Control.

Materials developed for protection and controlled delivery in their intended applications.

Protection. Delivery. Control.

Materials developed for protection and controlled delivery in their intended applications.

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Technology

Engineering Molecular Space. Enabling Commercialization.

What is CUBRIX™?

What is CUBRIX™?

MOF Science. CUBRIX™ Engineering. MOFAC™ Materials.

MOF Science. CUBRIX™ Engineering. MOFAC™ Materials.

MOF Science.CUBRIX™ Engineering.MOFAC™ Materials.

From Molecular Space To Real-World Solutions

From Molecular Space ToReal-World Solutions

Functions Developed Through CUBRIX™

Functions Developed Through CUBRIX™

A /

Capture

B /

Protect

C /

Release

Why CUBRIX™ ?

Why CUBRIX™ ?

Performance Alone Is Not Enough.

Performance Alone Is Not Enough.

Performance AloneIs Not Enough.

Five Questions Before Commercialization

Five Questions Before Commercialization

PERFORMANCE

ECONOMIC VIABILITY

SCALABILITY

SAFETY

REAL-WORLD APPLICABILITY

Target gases and performance criteria

PERFORMANCE

ECONOMIC VIABILITY

SCALABILITY

SAFETY

REAL-WORLD APPLICABILITY

CUBRIX™

Commercialization Requires A Balance Of Performance, Economic Viability, Scalability, Safety And Real-World Applicability. CUBRIX™ Integrates These Requirements Into Material Design And Manufacturing Process Development From The Outset.

Commercialization Requires A Balance Of Performance, Economic Viability, Scalability, Safety And Real-World Applicability. CUBRIX™ Integrates These Requirements Into Material Design And Manufacturing Process Development From The Outset.

Commercialization Requires A Balance Of Performance, Economic Viability, Scalability, Safety And Real-World Applicability. CUBRIX™ Integrates These Requirements Into Material Design And Manufacturing Process Development From The Outset.

How CUBRIX Works

How CUBRIX Works

From Requirements To Application-Ready Materials.

From Requirements ToApplication-Ready Materials.

01

Creative Scalability

Creative Scalability

Creative Scalability

02

Application-Specific Design

Application-Specific Design

Application-Specific Design

Application & Evaluation

Building On These Commercialization Requirements, We Define Target Substances, Operating Conditions And Product Needs To Guide Material And Process Development.

Building On These Commercialization Requirements, We Define Target Substances, Operating Conditions And Product Needs To Guide Material And Process Development.

Building On These Commercialization Requirements, We Define Target Substances, Operating Conditions And Product Needs To Guide Material And Process Development.

MOFAC™ Material Formats

POWDER

DISPERSION

COATED MEDIA

PELLET / SHAPED FORMS

MODULE INTEGRATION

POWDER

DISPERSION

COATED MEDIA

PELLET / SHAPED FORMS

MODULE INTEGRATION

POWDER

DISPERSION

COATED MEDIA

PELLET / SHAPED FORMS

MODULE INTEGRATION

Reported Material Tests. Application-Specific Evaluation.

Target Gas Removal

Target Gas Removal

99.9%+

HCHO

1.9×

1.9×

C₇H₈

3.7×

Engineering Molecular Space.
Enabling Commercialization.

MOF Science.
CUBRIX™ Engineering.
MOFAC™ Materials.

From Molecular Space To
Real-World Solutions

Performance AloneIs Not Enough.

Performance AloneIs Not Enough.

Performance Alone
Is Not Enough.

From Requirements To
Application-Ready Materials.

Reported Material Tests.
Application-Specific Evaluation.