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Quantra Vector

Our Quantra Vector technology is an innovative
quantum technology leading innovation in the materials industry.

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What is Quantra Vector?

 Quantra Vec­tor Tech­nol­o­gy, based on quan­tum prin­ci­ples, address­es var­i­ous issues in the mate­r­i­al indus­try and intro­duces new pos­si­bil­i­ties. Our appli­ca­tion of this tech­nol­o­gy has evolved into “Dry Nano-Grind­ing Tech­nol­o­gy,” enabling the pro­duc­tion of pure new sub­stances, main­tain­ing their nat­ur­al state, and rev­o­lu­tion­iz­ing inno­v­a­tive oppor­tu­ni­ties in mate­r­i­al design and pro­duc­tion by unique­ly under­stand­ing and manip­u­lat­ing mate­r­i­al prop­er­ties. This tech­nol­o­gy sig­nif­i­cant­ly con­tributes to glob­al indus­tri­al inno­va­tion and stands as a key tech­nol­o­gy lead­ing the future mate­r­i­al indus­try.

What is Quantra Vector Dry Nano-grinding Technology?

Quantra Vec­tor dry nano-Grind­ing tech­nol­o­gy uti­lizes quan­tum prop­er­ties in a dry grind­ing process to crush mate­ri­als into nanome­ter-sized par­ti­cles.

This tech­nol­o­gy employs quan­tum prop­er­ties in the grind­ing process, focus­ing on using high ener­gy with­out chem­i­cals and grind­ing mate­ri­als into desired sizes.

It resolves var­i­ous side effects in wet grind­ing by uti­liz­ing quan­tum prin­ci­ples, min­i­miz­ing heat issues, and obtain­ing clean­er and more sta­ble pow­ders. The tech­nol­o­gy is uti­lized to pro­vide inno­v­a­tive solu­tions in advanced mate­ri­als and indus­tri­al fields.

Dry Nano-Grinding vs. Wet Nano-Grinding

Dry Nano-Grind­ing :

A method of mate­r­i­al grind­ing with­out using water.
Typ­i­cal­ly used for grind­ing sol­id mate­ri­als.
Yields clean­er pow­der with­out gen­er­at­ing heat or mois­ture dur­ing mate­r­i­al grind­ing.

Wet Nano-Grind­ing :

Involves using water or oth­er sol­vents to grind mate­ri­als.
Sol­vents, includ­ing water, absorb heat from the mate­ri­als, pre­vent­ing over­heat­ing and allow­ing fin­er par­ti­cle pro­duc­tion.
Remov­ing remain­ing water or sol­vents from ground mate­r­i­al can be time-con­sum­ing and cost­ly.
Resid­ual sol­vents in the mate­r­i­al can decrease desired prop­er­ties or sta­bil­i­ty.
Some­times, sol­vents inter­act with the mate­r­i­al, reduc­ing grind­ing effi­cien­cy and mak­ing it chal­leng­ing to obtain desired par­ti­cle sizes or prop­er­ties.

Comparison with Conventional Grinding Technology

Quantra Vec­tor-based dry nano-grind­ing tech­nol­o­gy has been eval­u­at­ed by the US Food and Drug Admin­is­tra­tion (FDA) as an “incom­pa­ra­ble tech­nol­o­gy.” 
It has become a glob­al­ly rec­og­nized tech­nol­o­gy, reshap­ing the land­scape of the world­wide mate­r­i­al indus­try.

Ter­mi­nol­o­gy Expla­na­tion
Quantra : Refers to the plur­al adjec­tive of “Quan­ta,” derived from the noun “Quan­tum.
Vec­tor : Ener­gy that simul­ta­ne­ous­ly real­izes the size and direc­tion of a mate­r­i­al (phys­i­cal quan­ti­ty).
Dry Nano Tech­nol­o­gy : Dry nano-tech­nol­o­gy

Material Processing Area

Quantra Vec­tor-based dry nano-grind­ing tech­nol­o­gy enables the pro­duc­tion of high-qual­i­ty raw mate­ri­als rang­ing from 1,000 nanome­ters to 0.5 nanome­ters in size, ensur­ing uni­for­mi­ty.

Quantra Vector technology applied Quantum Nano Dry Grinding Method

Existing Wet Chemical Grinding Method

As par­ti­cles are crushed into a nano state, they exhib­it irreg­u­lar Brown­ian motion, emit­ting light as “pho­tons” when fur­ther frag­ment­ed close to the atom­ic lev­el.

There­fore, cur­rent prod­uct man­u­fac­tur­ing tech­nol­o­gy uti­lizes a wet chem­i­cal method using “elec­trolytes” to pro­duce raw mate­ri­als.

Chem­i­cal wet meth­ods, to nano-size, uti­lize chem­i­cal sub­stances such as sul­fu­ric acid, sur­fac­tants, and mois­ture, which, through the elec­trolyte func­tion, cause par­ti­cles to aggre­gate and bond dur­ing the polar ion­iza­tion process.

Con­se­quent­ly, mate­ri­als nano-sized out of neces­si­ty can­not be used for their orig­i­nal pur­pos­es, mak­ing com­mer­cial­iza­tion dif­fi­cult.

This process sig­nif­i­cant­ly alters the orig­i­nal prop­er­ties of raw mate­ri­als, lead­ing to numer­ous unde­sir­able out­comes, and hence, syn­thet­ic chem­i­cal preser­v­a­tives are employed to pre­vent prop­er­ty changes.

1. Dete­ri­o­ra­tion of prod­uct per­for­mance due to low-puri­ty chem­i­cal addi­tives.
2. Cost esca­la­tion due to mul­ti­ple stages in wet pro­cess­ing, at least 5 steps or more.
3. Gen­er­a­tion of haz­ardous sub­stances to humans due to chem­i­cal catal­y­sis, lead­ing to envi­ron­men­tal con­cerns.
4. Decrease in yield com­pared to raw mate­ri­als result­ing in high­er man­u­fac­tur­ing costs.

Quantra Vector Grinding Method

The Quan­tum Nano Dry Grind­ing Method employ­ing NPG Sci­ence’s Quantra Vec­tor tech­nol­o­gy pul­ver­izes raw mate­ri­als in their nat­ur­al state with­out the use of any chem­i­cal agents or addi­tives. Con­se­quent­ly, it elim­i­nates the draw­backs asso­ci­at­ed with tra­di­tion­al meth­ods and enables the pro­duc­tion of unprece­dent­ed­ly pure sub­stances not pre­vi­ous­ly exist­ing on Earth.

This approach offers the fol­low­ing promi­nent advan­tages:

1. No alter­ation in prop­er­ties due to sol­vent use.
2. Abil­i­ty to freely adjust par­ti­cle sizes, enabling desired frag­men­ta­tion.
3. Uni­for­mi­ty in com­po­si­tion and form, ensur­ing high yield.
4. Sim­pli­fied man­u­fac­tur­ing process result­ing in sig­nif­i­cant­ly high­er pro­duc­tiv­i­ty.
5. Capa­bil­i­ty to alter chem­i­cal raw mate­ri­als based on usage pur­pos­es.
6. Pre­ven­tion of nanopar­ti­cle aggre­ga­tion or bond­ing.
7. Cre­ation of side-effect-free drugs using nano-sized nat­ur­al ingre­di­ents instead of syn­thet­ic chem­i­cal com­pounds.

Detailed Features of Quantra Vector Nano-Grinding Technology

Prevention of property changes due to solvent use

Pro­duces dry nano-par­ti­cles in their nat­ur­al, unal­tered state, with­out using syn­thet­ic chem­i­cals (sol­vents) dur­ing the nano-par­ti­cle man­u­fac­tur­ing process.

Tech­ni­cal Com­par­i­son

Most nano-par­ti­cle man­u­fac­tur­ing tech­nolo­gies employ wet meth­ods using syn­thet­ic chem­i­cals (sol­vents). These process­es involve chem­i­cal treat­ments with hydrochlo­ric acid, sul­fu­ric acid, and oth­er chem­i­cals to pre­vent par­ti­cle bond­ing and dis­per­sion, and chem­i­cal preser­v­a­tives to pre­vent par­ti­cle oxi­da­tion. Con­se­quent­ly, this results in altered prop­er­ties and impure nano-par­ti­cles, rep­re­sent­ing a tech­no­log­i­cal lim­i­ta­tion, hin­der­ing the achieve­ment of high-puri­ty, high-func­tion­al­i­ty, and high-effi­cien­cy.

Freely adjustable particle sizes

Allows free adjust­ment of par­ti­cle sizes dur­ing the pro­duc­tion of dry nano-par­ti­cles. The nano-par­ti­cle size can be con­trolled with­in the range of 1nm to 1,000nm for nat­ur­al mate­ri­als, ensur­ing uni­form sizes. How­ev­er, devi­a­tions and yields vary based on the inor­gan­ic and organ­ic char­ac­ter­is­tics of the input mate­ri­als.

Tech­ni­cal Com­par­i­son

Oth­er dry grind­ing tech­nolo­gies such as ball milling and air milling typ­i­cal­ly pro­duce par­ti­cles in the micro-range and face lim­i­ta­tions in achiev­ing nano-sized par­ti­cles with spe­cif­ic sizes. Wet nano-par­ti­cle man­u­fac­tur­ing meth­ods using hydrochlo­ric acid, sul­fu­ric acid, and oth­er chem­i­cals result in irreg­u­lar and diverse par­ti­cle sizes and shapes, mak­ing arti­fi­cial par­ti­cle size con­trol impos­si­ble. There­fore, man­u­fac­tur­ing mid-sized nano-par­ti­cles (100nm to 800nm) becomes chal­leng­ing. Para­dox­i­cal­ly, using high­ly tox­ic chem­i­cal agents as sol­vents can melt mate­ri­als com­plete­ly, enabling the pro­duc­tion of small­er-sized nano-par­ti­cles (1nm to 50nm), which is rel­a­tive­ly bet­ter.

Uniform composition and form

Man­u­fac­tured nano-par­ti­cles main­tain 100% com­po­si­tion (prop­er­ties) with­out alter­ations, ensur­ing homo­ge­neous, spher­i­cal shapes.

Tech­ni­cal Com­par­i­son

Nano-par­ti­cles pro­duced by oth­er tech­nolo­gies (dry grind­ing, wet meth­ods, etc.) often lack uni­for­mi­ty in com­po­si­tion (prop­er­ties) and have irreg­u­lar shapes, affect­ing the func­tion­al­i­ty and effi­cien­cy as raw mate­ri­als. Achiev­ing high puri­ty, high func­tion­al­i­ty, and high effi­cien­cy becomes chal­leng­ing. Gen­er­al­ly, man­u­fac­tur­ing nano-par­ti­cles with homo­ge­neous com­po­si­tion and uni­form shapes (spher­i­cal) is deemed impos­si­ble in nano-par­ti­cle man­u­fac­tur­ing tech­nol­o­gy, a cru­cial aspect.

Productivity (yield)

The man­u­fac­tur­ing process is sim­ple, reduc­ing time and costs while ensur­ing high pro­duc­tiv­i­ty (yield).

Tech­ni­cal Com­par­i­son

Wet nano-par­ti­cle man­u­fac­tur­ing meth­ods involv­ing chem­i­cal agents (sol­vents) typ­i­cal­ly require 4–5 steps (acid treat­ment, dis­so­lu­tion of nano-par­ti­cles of desired sizes, dis­per­sion treat­ment to pre­vent bond­ing, dry­ing, and preser­va­tion to pre­vent oxi­da­tion). In con­trast, the dry nano-par­ti­cle man­u­fac­tur­ing process involves only one step, sim­pli­fy­ing the entire process.

When uti­liz­ing our Quantra Vec­tor dry nano-grind­ing tech­nol­o­gy, the wet nano-par­ti­cle man­u­fac­tur­ing facil­i­ties and process­es are elim­i­nat­ed, result­ing in man­u­fac­tur­ing through a sin­gle step, yield­ing

sig­nif­i­cant­ly high­er pro­duc­tiv­i­ty com­pared to exist­ing nano-par­ti­cle man­u­fac­tur­ing meth­ods.

No Agglomeration (Bonding) Between Nano-Particles

Nano-par­ti­cles pro­duced using Quantra Vec­tor nat­ur­al nano-tech­nol­o­gy do not exhib­it agglom­er­a­tion (bond­ing) between par­ti­cles.

Tech­ni­cal Com­par­i­son

Nano-par­ti­cles pro­duced by oth­er tech­nolo­gies (dry grind­ing, wet meth­ods, etc.) tend to exhib­it par­ti­cle agglom­er­a­tion (bond­ing), neces­si­tat­ing the use of dis­per­sants, chem­i­cal syn­the­sis agents, to sep­a­rate par­ti­cles, there­by re-con­t­a­m­i­nat­ing raw mate­ri­als. How­ev­er, nano-par­ti­cles man­u­fac­tured using Quantra Vec­tor nat­ur­al nano-tech­nol­o­gy do not under­go agglom­er­a­tion (bond­ing) between par­ti­cles, rep­re­sent­ing a cru­cial tech­nol­o­gy in nano-par­ti­cle man­u­fac­tur­ing.

Natural Nano-Drugs / Natural Nano-Food / Natural Nano-Cosmetics

By nano-siz­ing ordi­nary food or nat­ur­al ingre­di­ent raw mate­ri­als using a dry method, they become nat­ur­al nano-ingre­di­ents. This enables the pro­duc­tion of side-effect-free nat­ur­al nano-drugs, nat­ur­al nano-food, and nat­ur­al nano-cos­met­ics, sub­sti­tut­ing syn­thet­ic chem­i­cal ingre­di­ents.

Tech­ni­cal Com­par­i­son

Preser­v­a­tives are unnec­es­sary for all prod­ucts made from nat­ur­al ingre­di­ents.

Our FDA-reg­is­tered phar­ma­ceu­ti­cals and health func­tion­al foods are for­mu­lat­ed using nat­ur­al ingre­di­ents with­out preser­v­a­tives.

Prod­ucts made using nat­ur­al nano-ingre­di­ents have been rec­og­nized as safe phar­ma­ceu­ti­cals with­out side effects.

Property Alteration of Chemical Raw Materials

Chem­i­cal raw mate­ri­als can also under­go prop­er­ty alter­ations based on usage pur­pos­es.

The Quantum Nano Dry Grinding Method using NPG Science’s “Quantra Vector” technology enables the production of pure substances never before seen on Earth without the use of any chemical agents or additives. This technology represents a significant advancement over existing nano-particle manufacturing methods, enabling the production of exceptionally pure substances and paving the way for the development of new materials and products.

Il-Woo, Seo / CEO of NPG Sci­ence.

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