PAINT STRIPPERS FOR BIPHASIC PROCESSES

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For dipping tanks with an agitation system

Two-component chemical stripping systems formulated for complete coating removal from metallic substrates through sequential biphasic chemistry.

PRODUCT RANGE OVERVIEW

This range includes alkaline, acidic, and neutral biphasic formulations developed for medium-to-high temperature operations at 160–175°F, optimized for thorough stripping cycles requiring agitated tank systems.

These solutions are designed for industrial applications where complete coating removal and material compatibility are critical:

METALSTRIP UP&DOWN 2801: alkaline biphasic system (UP 2701 + DOWN 2901) for ferrous materials only
METALSTRIP UP&DOWN 2802: acidic biphasic system (UP 2702 + DOWN 2902) for all metallic materials
METALSTRIP UP&DOWN 2803: neutral biphasic system (UP 2703 + DOWN 2903) for all metallic materials

Together, these products deliver complete paint removal through sequential chemical action while reducing environmental impact compared to single-phase alternatives.

USES AND APPLICATIONS

Biphasic paint strippers are used in agitated immersion systems for removing coatings from ferrous and non-ferrous metallic components in industrial production, maintenance, and automotive applications.

Typical applications include

ferrous materials
all metallic substrates including aluminum, steel, and mixed materials
industrial production components
automotive parts
maintenance and component recovery operations

Compatible with FASTRIP T5, T2-120 MIX, and FASTRIP S equipment. Biphasic processes require tanks equipped with effective agitation systems and are not suitable for static or ultrasonic tank configurations.

MAIN FEATURES

Two-component chemistry

Sequential biphasic action ensures complete coating removal through complementary chemical phases.

Material versatility

Alkaline, acidic, and neutral formulations address different substrate requirements, from ferrous-only to universal metallic compatibility.

Medium-to-high temperature operation

Optimized for 160–175°F working ranges, supporting efficient stripping cycles.

Agitation-dependent process

Designed for agitated tank systems to maximize chemical interaction and coating penetration.

Environmental compatibility

Formulated to reduce waste and toxic residues compared to traditional single-phase stripping processes.