Polymeric Anti-Microbial Film

Sultan Al-Salem; Fadila Al-Salameen; Mohamed El-Eskandarany

Polymeric Anti-Microbial Film

Sultan Al-Salem (Inventor)
, Fadila Al-Salameen (Inventor)
, Mohamed El-Eskandarany (Inventor)

Kuwait Institute for Scientific Research

Research output: Patent

Abstract

A nano-coated polymeric antimicrobial film including a polymer and a metallic glassy powder coating on the polymer. The polymer includes a polymeric material selected from a virgin linear low-density polyethylene (LLDPE), a plastic solid waste (PSW), and a bio-based plastic. The metallic glassy powder is selected from the group consisting of Cu\₅₃Zr\₂₅.₅Nb\₁₂.₆Ni\₈.₃, CuZn\₅Zr\₂₅Nb\₁₄Ni\₇, Cu\₄₈Ti\₁₇Ni\₂Zr\₂₅Ag\₂, and Cu\₆₉SUS316L\₁₀/Ag\₅. The resulting nano-coated polymeric antimicrobial film has anti-microbial protective effects and may be applied to surfaces where antimicrobial activity is desired.

Original language	American English
Patent number	US12219959B1
State	Published - 11 Feb 2025

Funding Agency

Kuwait Foundation for the Advancement of Sciences

Anti-Viral Protective Surfaces Developed From Solid Waste Components
Al-Salameen, F. (PI), Al-Salem, S. (CoI) & El-Eskandarany, M. (CoI)
1/01/21 → 31/01/23
Project: General Research › General Research 2020 Cycle 2 (Corona)

Cite this

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title = "Polymeric Anti-Microbial Film",

abstract = "A nano-coated polymeric antimicrobial film including a polymer and a metallic glassy powder coating on the polymer. The polymer includes a polymeric material selected from a virgin linear low-density polyethylene (LLDPE), a plastic solid waste (PSW), and a bio-based plastic. The metallic glassy powder is selected from the group consisting of Cu\textbackslash{}₅₃Zr\textbackslash{}₂₅.₅Nb\textbackslash{}₁₂.₆Ni\textbackslash{}₈.₃, CuZn\textbackslash{}₅Zr\textbackslash{}₂₅Nb\textbackslash{}₁₄Ni\textbackslash{}₇, Cu\textbackslash{}₄₈Ti\textbackslash{}₁₇Ni\textbackslash{}₂Zr\textbackslash{}₂₅Ag\textbackslash{}₂, and Cu\textbackslash{}₆₉SUS316L\textbackslash{}₁₀/Ag\textbackslash{}₅. The resulting nano-coated polymeric antimicrobial film has anti-microbial protective effects and may be applied to surfaces where antimicrobial activity is desired.",

author = "Sultan Al-Salem and Fadila Al-Salameen and Mohamed El-Eskandarany",

year = "2025",

month = feb,

day = "11",

language = "American English",

type = "Patent",

note = "US12219959B1",

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TY - PAT

T1 - Polymeric Anti-Microbial Film

AU - Al-Salem, Sultan

AU - Al-Salameen, Fadila

AU - El-Eskandarany, Mohamed

PY - 2025/2/11

Y1 - 2025/2/11

N2 - A nano-coated polymeric antimicrobial film including a polymer and a metallic glassy powder coating on the polymer. The polymer includes a polymeric material selected from a virgin linear low-density polyethylene (LLDPE), a plastic solid waste (PSW), and a bio-based plastic. The metallic glassy powder is selected from the group consisting of Cu\₅₃Zr\₂₅.₅Nb\₁₂.₆Ni\₈.₃, CuZn\₅Zr\₂₅Nb\₁₄Ni\₇, Cu\₄₈Ti\₁₇Ni\₂Zr\₂₅Ag\₂, and Cu\₆₉SUS316L\₁₀/Ag\₅. The resulting nano-coated polymeric antimicrobial film has anti-microbial protective effects and may be applied to surfaces where antimicrobial activity is desired.

AB - A nano-coated polymeric antimicrobial film including a polymer and a metallic glassy powder coating on the polymer. The polymer includes a polymeric material selected from a virgin linear low-density polyethylene (LLDPE), a plastic solid waste (PSW), and a bio-based plastic. The metallic glassy powder is selected from the group consisting of Cu\₅₃Zr\₂₅.₅Nb\₁₂.₆Ni\₈.₃, CuZn\₅Zr\₂₅Nb\₁₄Ni\₇, Cu\₄₈Ti\₁₇Ni\₂Zr\₂₅Ag\₂, and Cu\₆₉SUS316L\₁₀/Ag\₅. The resulting nano-coated polymeric antimicrobial film has anti-microbial protective effects and may be applied to surfaces where antimicrobial activity is desired.

M3 - Patent

M1 - US12219959B1

ER -

Polymeric Anti-Microbial Film

Abstract

Funding Agency

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Projects

Anti-Viral Protective Surfaces Developed From Solid Waste Components

Cite this