E06-2 Inorganic Zinc Silicate Anti-corrosive

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Use

Suitable for offshore platforms, dock steel piles, mine steel supports, bridges and large steel structures as a high-performance anti-rust paint.

Performance characteristics

• The zinc dust provides cathodic protection, with high anticorrosive performance

• Fast drying, excellent low-temperature curing performance

• Excellent heat resistance, the film can withstand 400 °C high temperature

• Excellent solvent resistance

• Excellent impact resistance, excellent abrasion resistance

• Compatible with most coating systems

Application parameters

Recoat interval

complete curing. If zinc powder dissolves on the cloth, the film has not fully cured and must continue drying; at relative

indicates the film has fully cured, and then the next coat can be applied. Maximum overcoating interval unlimited, but before overcoating

zinc salts must be removed.

Pot life (after mixing components A and B)

Use reference

• Ratio: Component A : Component B = 4:1 (by weight)

• Recommended number of coats: spray 1 coat, within 80 µm dry film thickness

• Subsequent paint system: can be used with epoxy, epoxy coal-tar, bituminous, polyurethane and vinyl systems, but not with oil-based, alkyd or polyester paints

• Surface preparation: blast clean steel to Sa 2.5, surface roughness 30–70 µm

• Substrate low temperature: can be applied at -20 °C to 50 °C. When the substrate temperature is too high (≥40 °C), a spray gun must be used, but the substrate temperature must not exceed 60 °C. To avoid dry spray, add 107 thinner until dry spray stops. Application methods: airless spray, air spray, roller/brush. Airless spray: thinner 107, thinning 0–10% (by paint weight), *note to prevent dry spray, nozzle size 0.4–0.5 mm, spray pressure 15 MPa (approx. 150 kg/cm²). Air spray: thinner 107, thinning 0–10% (by paint weight), *note to prevent dry spray, nozzle size 2.0–2.5 mm, air pressure 0.3–0.6 MPa (approx. 3–6 kg/cm²). Roller/brush: thinner 107, thinning 0–5% (by paint weight)

• Cleaner: 107 thinner

Storage

Safety

MSDS).

Paint

Packaging

• When applying at temperatures above 30 °C, to prevent dry spray, add 107 thinner until dry spray stops; the amount of 107 thinner is 0–10% of the paint weight.

• When the dry film thickness is below requirements and one more coat of E06-2 inorganic zinc silicate anti-rust paint is needed, dilute E06-2 with 50% of 107 thinner before overcoating to increase intercoat adhesion.

• The film thickness of E06-2 inorganic zinc silicate anti-rust paint must not exceed 120 µm; if the dry film thickness exceeds 120 µm, mud cracking will occur due to internal stress and cause failure.

• To seal the pores on the surface of the inorganic zinc silicate anti-rust paint film and prevent pinhole corrosion, H53-42 epoxy sealer or other sealers must be used to seal E06-2 inorganic zinc silicate anti-rust paint.

• Before applying the next coat, the E06-2 inorganic zinc silicate anti-rust paint film must be fully cured, otherwise intercoat adhesion and anti-corrosion effect will be affected. Before painting, wipe the film with a cloth dipped in 107 thinner; if the cloth is colourless (i.e. not dissolving), the film has fully cured and the next coat can be applied.

• Relative humidity below 70% is unfavourable to the hydrolysis curing reaction of inorganic zinc silicate anti-rust paint; to promote curing, sprinkle water on the film every 2 hours starting 3 hours after application.

• The maximum overcoating interval of E06-2 inorganic zinc silicate anti-rust paint is unlimited, but before applying the next coat, zinc salts formed on the film surface must be thoroughly removed, otherwise intercoat adhesion and protection will be affected.

Disclaimer

The above product data is accumulated based on our laboratory and practical experience, but is for reference

guidance only. The substrate quality and pretreatment condition on site, as well as application conditions and many other factors, will affect product performance, which are not

within our control. Therefore, we will not be liable for any loss, injury or damage caused by using the information in this product data sheet.

Different application environments and changes in coating processes may result in failure to achieve the expected product performance.

Users should consult Kailin according to their own needs and specific applications for specific guidance on product suitability.

To comply with local laws and regulations, products may be adjusted appropriately; we reserve the right to modify the data sheet without further notice.

Information is subject to the manufacturer's latest version; the manufacturer's latest TDS prevails.
The technical parameters on this page are taken from the product's original manufacturer technical datasheet, the copyright of which belongs to the manufacturer. If a rights holder considers the presentation inappropriate, contact us for verification and handling.