SAMES KREMLIN | ASI 24

Description

Complete stainless steel fluid passage
50 years of experience
High cycling rate (opening / closing)

► Technical manual.

Performance

Very fine atomization at medium to high flow delivery for excellent finish quality
Very limited pressure loss due to circulation in the spray gun

Productivity

Reduced cost of ownership for high production
Compact design

Sustainability

Nickel carbide seats for high durability
Sustainability with limited number of parts
Rulan or GT seal cartridge for strong resistance to abrasive coating (HS & UV paints)
Tip mounted directly on the diaphragm - no tip seal

Carbide seat for increased durability. Fluid output depends on tip used.

Technical data table

Designation	Value	Unit: metric (US)
Maximum Fluid Pressure	240 (3480) - 400 (5800)	bar (psi)
Weight	700 (24.6)	g (oz)
Trigger Air Pressure	4 (ASI24) - 5,5 (ASI40)	bar (psi)
Maximum Fluid Temperature	50 (122)	°C (°F)
Stainless Steel Body	♦
Stainless Steel, PTFE Wetted Parts	♦
Carbide Seat	♦
Fluid Inlet	M 1/2" JIC
Pilot Air Inlet	Fast fitting 4x6

Technologies

Reversible Tip

Reversible tip technology allows extremely rapid cleaning.

Airless

Airless is a method of spraying fluid under high pressure through a spray tip without the added use of compressed air.

Skill Tip

SAMES KREMLIN offers premium finishing airless tip at medium pressure pump (100bar-xx psi). Technical disruptor on Tip technologies, Skill tips are able to spray material reacting badly with air inclusion.

Documents

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Leaflet ASI 24 Automatic Airless Spray Gun (English version) SAMES KREMLIN

Format : application/pdf
Size : 448Ko

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Catalog airless range sames kremlin

Format : application/pdf
Size : 3Mo

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General Catalog (only for North American market) SAMES KREMLIN

General Catalog North America

Format : application/pdf
Size : 6Mo

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Materials

Primer Epoxy

Epoxy primer/sealer is a non-porous finish that is typically recommended as the first base coat over bare steel.

Primer Epoxy Multi-Component

Epoxy primer/sealer multi-component is a non-porous finish base mixed with a hardener that is typically recommended as the first base coat over bare steel.

Primer Polyurethane Multi-Component

Designed to hide profile & surface imperfections, multi-component polyurethane primers & sealers improve adhesion of top coats to the substrate due to the addition of a hardener.

Primer Water-Based

Designed to hide profile & surface imperfections, water-based primers & sealers are environmentally friendly.

Primer Polyurethane

Designed to hide profile & surface imperfections, polyurethane primers & sealers promote adhesion of top coats to the substrate.

Anti-Corrosion Water-Based

Some anti-corrosion materials are available in water-based versions. These green paints have a longer dry time, but meet most environmental requirements & have excellent protective qualities.

Anti-Corrosion Epoxy Multi-Component

The Anti-Corrosion Epoxy Multi-Component product is highly resistant to marine & industrial environments, buried conditions, ground water, effluents, salt water & a wide range of oils & chemicals.

Anti-Corrosion Epoxy Zinc

Zinc coatings when applied to blasted steel provide excellent anti-rust spray coating corrosion protection, weathering protection & very good resistance to salt water & solvents. Inorganic zinc coatings provide excellent anti-rust corrosion protection when used in chemical plants, refineries & coastal or offshore installations. This coating can provide even better corrosion protection when a top coat is applied. Inorganic zinc coatings are compatible with epoxies, phenolics, acrylics, silicones & many other coatings.

Anti-Corrosion Epoxy Free Solvent

Solvent-free epoxy coatings are designed for long-term protection of steel & concrete structures against corrosion, abrasion & chemical attack. Operating temperature ranges from –40F to 1040F.

Anti-Corrosion Polyurethane Multi-Component

A two-component efficient coating product, used as first layer on metallic surfaces & in a wide range of painting systems. Forms an excellent quality anti-corrosive polyurethane film, ensuring the adherence between the surface & the next layer of the painting process.

Anti-Corrosion Epoxy

Anti-Corrosion Epoxy is applied for active anti-corrosive & anti-rust protection of iron & steel surfaces that are to be coated. It is extremely hard & resistant to friction. It is particularly resistant to diluted acids, alkalis, petroleum products, some solvents, water, sea water, and more.

Anti-Corrosion Epoxy High Solid

Used for the steel structures of steel pipeline, steel frame, bridge & plant facilities for effective, long-term substrate protection.

Anti-Corrosion Polyurethane

Polyurethane coatings are often used for the corrosion protection of steel because they are particularly economical to apply. They dry quickly & can therefore be over-coated in short intervals. They can also be applied independently of the weather conditions & are resistant to impact.

CARC Water-Based

Chemical Agent Resistant Coating (CARC) is available in a water-based solution for environmental protection.

CARC Epoxy Multi-Component

Chemical Agent Resistant Coating (CARC) is a paint commonly applied to military vehicles to provide protection against chemical & biological weapons. The surface of the paint is engineered to be easily decontaminated after exposure to chemical warfare & biological warfare agents. The paint is also resistant to damage & removal by decontaminating solutions.

CARC Polyurethane Multi-Component

Chemical Agent Resistant Coating (CARC) can be two-component polyurethane paint commonly applied to military vehicles to provide protection against chemical & biological weapons.

UV Material Epoxy Multi-Component

UV-resistant epoxy systems mixed with hardener cure faster & in moist conditions.

UV Material Epoxy

UV curable epoxy systems do not require the addition of curing agents. They cure within minutes, or even seconds, and have unlimited working times.

Top Coat Polyurethane Multi-Component

Polyurethane Top Coat is a two- or three-pack isocyanate-cured polyurethane that gives a durable, high gloss finish. Isocyanates included in the hardener are moisture-sensitive & need a specific process for insulating the circuit.

Penetrant (NDT Testing)

Dye penetrant inspection (DPI), also called liquid penetrant inspection (LPI) or penetrant testing (PT), is a widely applied & low-cost inspection method used to locate surface-breaking defects in all non-porous materials (metals, plastics, or ceramics). The penetrant may be applied to all non-ferrous materials & ferrous materials, although for ferrous components magnetic particle inspection is often used instead for its sub-surface detection capability.

Top Coat Epoxy

Top Coat Epoxys are used for decorative flooring applications, such as Terrazzo flooring, chip flooring & colored aggregate flooring.

Top Coat Epoxy Multi-Component

Two-part epoxy coatings were developed for heavy duty service on metal substrates & use less energy than heat-cured.

Top Coat Water-Based

Water-based polyurethane is popular because of its low odor & low toxicity. It goes on clear without adding a faint color like oil-based versions do & it dries much faster.

Top Coat Polyurethane

Polyurethane Top Coat gives a durable, high gloss finish.

Acid Catalyst Polyurethane Multi-Component

Multi-Component Epoxy Acid Catalyzing (AC) systems require a hardener or catalyst to dry/cure, which works by starting & maintaining the binder's curing process until the chemical reaction is complete. The solvent evaporates prior to & during the chemical reaction concluding a final film of lacquer, paint or filler. The catalyst is moisture-sensitive and requires a Flowmax® technology protection.

Acid Catalyst Epoxy Multi-Component

Multi-Component Epoxy Acid Catalyzing (AC) systems require a hardener or catalyst to dry/cure, which works by starting & maintaining the binder's curing process until the chemical reaction is complete. The solvent evaporates prior to & during the chemical reaction concluding a final film of lacquer, paint or filler. Curing times of AC products can be dramatically accelerated with heat application.

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