Wyniki wyszukiwania - BazTech

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Physical properties of masking coating systems used in military technology

Michalski Marek, Radek Norbert

Zeszyty Naukowe Politechniki Morskiej w Szczecinie

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2025

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nr 82 (154)

69--79

EN

This paper presents the results of experimental tests on coating systems for military applications. The evaluation of properties is performed based on measurements of thickness, gloss, hardness, and surface roughness. The spectral characteristics of the tested systems and color parameters are presented. The tests are conducted for two-layer masking coating systems made in three variants: coating system (SP1), coating system modified with carbon nanotubes (SP2), and coating system modified with glass microspheres (SP3). Analysis of the obtained results reveals that these coating systems exhibit similar thickness, gloss, and spectral characteristics. The SP2 system is characterized by lower hardness, while the SP2 and SP3 systems have higher roughness.

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Corrosion resistance of masking coating systems used in military technology

Michalski Marek, Łabęcka Paulina, Kozieł Tomasz

Ochrona przed Korozją

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2025

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nr 5

138--143

PL

Przedstawiono wyniki badań eksperymentalnych systemów powłokowych do zastosowań militarnych. Ocenę właściwości przeprowadzono na podstawie badań przyspieszonego starzenia w komorze solnej oraz badań odporności korozyjnej metodą potencjodynamiczną i impedancyjną. Badania przeprowadzono dla maskujących dwuwarstwowych systemów powłokowych wykonanych w trzech wariantach: system powłokowy (SP1), system powłokowy modyfikowany nanorurkami węglowymi (SP2) i system powłokowy modyfikowany mikrosferami szklanymi (SP3). Analiza uzyskanych wyników wykazała, że systemy powłokowe charakteryzowały się podobną odpornością korozyjną. System SP3 charakteryzował się najmniejszym rozwarstwieniem i korozją wokół zarysowania.

EN

The results of experimental tests of coating systems for military applications were presented. The assessment of properties was carried out on the basis of accelerated ageing tests in a salt spray chamber and in corrosion resistance tests using the potentiodynamic method and impedance studies. The tests were carried out for masking twolayer coating systems made in three variants: coating system (SP1), coating system modified with carbon nanotubes (SP2) and coating system modified with glass microspheres (SP3). Analysis of the results showed that the above coating systems were characterized by similar corrosion resistance. The SP3 system was characterized by the smallest delamination and corrosion around the scratch

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Abrasion resistance of camouflage coating systems

Michalski Marek

Technical Transactions

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2024

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Vol. 121, iss. 1

art. no. e2024011

EN

The aim of this article is to evaluate the abrasion resistance of camouflage coating systems according to the D4060-10 standard using the Taber Abraser. The method is a standard test for assessing the resistance of coatings to mechanical wear by simulating the abrasion process that occurs during exploitation. The abrasion resistance of camouflage coatings is crucial, especially in the context of military applications. Camouflage coatings are used on military vehicles, equipment and devices to ensure their ability to camouflage in various environments. High abrasion resistance ensures that the camouflage pattern does not wear out quickly, which is important for effective camouflage. The study analyzed three different coating camouflage systems that were subjected to a test to determine their durability and effectiveness under conditions of intensive abrasion. The results obtained allowed for a comparison of the resistance of these systems. The obtained data provide valuable information for further development of camouflage coating systems with increased abrasion resistance, which is of great importance for military and industrial applications.

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Analysis of the surface geometric structure of camouflage coating systems for military applications

Michalski Marek

Mechanik

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2024

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R. 97, nr 10

6--9

EN

The paper presents the results of experimental tests of coating systems for military applications. The determination was based on measurements of surface geometric structure. The tests were carried out for two-layer masking coating systems made in three variants: coating system (SP1), coating system modified with carbon nanotubes (SP2), coating system modified with glass microspheres (SP3). Paint coating systems were applied by pneumatic spraying to DC01 steel samples using SATA guns. Due to their properties, painting systems can be used on military equipment and vehicles.

PL

W pracy przedstawiono wyniki badań eksperymentalnych systemów powłokowych do zastosowania w technice wojskowej. Ocenę właściwości oparto na pomiarach struktury geometrycznej powierzchni. Badania przeprowadzono dla dwuwarstwowych maskujących systemów powłokowych wykonanych w trzech wariantach: system powłokowy (SP1), system powłokowy modyfikowany nanorurkami węglowymi (SP2), system powłokowy modyfikowany mikrosferami szklanymi (SP3). Lakiernicze systemy powłokowe nanoszono metodą natrysku pneumatycznego na próbki ze stali DC01 za pomocą pistoletów firmy SATA. Ze względu na swoje właściwości systemy malarskie mogą być stosowane na sprzęcie i pojazdach wojskowych.