Sestridur DTM HQ10

HQ DTM FZ 10 - 2K Acrylic Lacquer Matt

HQ DTM FZ 10 is a two-component acrylic lacquer specially designed for direct-to-metal ( DTM ) application. Offering high performance, it guarantees optimum corrosion protection and a durable matt finish, even in the most aggressive environments.

Main features:

• Direct adhesion to steel, galvanized surfaces, aluminum, light alloys, PVC and rigid ABS.
• High anti-corrosion power , thanks to a high zinc phosphate content.
• Matte finish (<10 gloss) for a sober and modern aesthetic appearance.
• Excellent resistance to atmospheric agents , including in heavy industrial and marine environments.
• No chalking or yellowing , ensuring extended aesthetic durability.

Technical advantages:

• High versatility of use : can be used as a high-end finish or as a direct-to-metal (DTM) coating.
• Compatible with high performance primers and intermediates , for optimum flexibility in multi-coat systems.
• Available in PT WHITE version, offering high covering power, ideal for light shades or pure white.
• Complies with European standards concerning maritime equipment ( 2014/90/EU - Item MED/3.18B ).
• Meets the requirements of ISO 12944-6 , up to corrosion class C5/durability M (consult technical service).

Applications:

• Perfect for general industry , anti-corrosion , and marine industries .
• Ideal for the protection and finishing of metal structures , industrial equipment , and rigid plastic surfaces exposed to aggressive environments.
• Perfect finish for old military vehicle or any other type of bodywork requiring a matte finish.

Specific properties:

• Good resistance to water , abrasion and impacts, guaranteeing long-lasting protection.
• Excellent flexibility and elasticity , suitable for mechanical constraints.
• Good distension , ensuring a uniform and professional application.

The HQ DTM FZ 10 is the ideal solution for projects requiring a high-performance, durable and aesthetic matte finish, offering optimum protection in demanding industrial and marine environments.