Radiation-resistant floor paint, Weather-resistant floor paint, UV-resistant, SP1106

SP-Radiation-Resistant Floor Paint

Product Code: SP-1106

Product Introduction:

Radiation-resistant floor coating is a modified amine-cured modified epoxy paint that contains pigments and fillers capable of absorbing radiation. The cured film boasts excellent radiation resistance and the ability to absorb gamma-ray radiation. It has passed radiation and decontamination tests with an accumulated radiation dose of 8.5×10^5 GY, as tested by CIAE (China Institute of Atomic Energy) and BINE (Beijing Institute of Nuclear Engineering). It meets the PIA/PIB/PID system requirements and performs well on concrete substrates.

Application Range:

Nuclear power plant exterior buildings, workshops, warehouses, etc., require cement or terrazzo flooring that is resistant to nuclear radiation and easy to decontaminate from radioactive pollution; cement or terrazzo flooring for facilities with radiation hazards such as civil defense projects, isotope laboratories, CT rooms, X-ray rooms, and computer rooms.

● Main Technical Parameters: [Specific data available in the inspection report]

Item

Technical Specifications

Adhesion, MPa

≥2.0 (concrete base)

Wear resistance (750g/500r, weight loss), g

≤0.04

Resistant to artificial aging (100 hours)

Appearance

No cracks, bubbles, or peeling in the coating.

After test, tensile force, MPa

≥1.5

Salt雾 resistance

（250 h）

Bubbling Level

Level 0

Adhesion after testing, MPa

≥1.5

Temperature Resistance Test (120°C, 200h)

Appearance

No cracks, blisters, or peeling on the coating.

Adhesion after testing, MPa

≥1.5

5% Ammonia (NH2NH2), 5d

No peeling, bubbling, wrinkling, rust, swelling, noticeable color change, or significant loss of luster on the coating.

5% Sodium metaborate (Na2B4O7·10H2O), 5d

5% Boric Acid (H2B4O7), 5d

5% Sulfuric Acid (H2SO4), 5d

No coating flaking, bubbling, wrinkling, rusting, or swelling; noticeable color change, slight loss of luster.

5% Sodium Hydroxide (NaOH), 5d

Coating free from peeling, bubbling, wrinkling, rust, swelling, noticeable discoloration, and significant loss of luster.

Deionized Water, 5D

1.03% Hydrogen Peroxide (H2O2), 5d

11.5% Sodium Phosphate (Na3PO4·12H2O), 5d

Radiation resistance (dose ≥ 2×10^3 GY/h, cumulative dose ≥ 1.6×10^5 GY):

8.5×10^5 GY coating is intact, glossy, with slight discoloration.

Adhesion after irradiation test (tensile method), MPa

≥1.5

Detergent Efficiency (≥85%)

≥85%

Note: 1. The above technical specifications are measured under standard conditions (25°C, 60% humidity) for reference only.

2. Drying speed varies significantly with different temperatures and humidity, and is also affected by factors such as the film thickness, ventilation conditions, and underlying paint. Generally, as temperature increases, drying time decreases; conversely, as temperature decreases, drying time extends.

● Installation Instructions:

Mixed: A component to B component = 3:1, mix thoroughly and evenly after blending.

Apply at temperatures between 5-35°C, with the substrate temperature at least 5°C above the dew point of the air, and relative humidity < 80%. Otherwise, construction is prohibited.

Ø Usable Time: 40 min (50 min after being poured on the ground); the higher the temperature, the shorter the usable period after mixing.

Theoretical Consumption: 0.77 kg/m2/mm (Consumption is for reference only; actual consumption in specific projects may vary due to ground conditions, environmental factors, construction techniques, and color, etc. Please refer to on-site measurements for assessment.)

Application Method: Apply with a notched trowel.

Ø Diluent: Not required.

Detergent: SP-8302 Diluent II

The recoating interval: The next coating process can only be carried out after confirming that the coating has completely dried, usually with a 24-hour interval under standard environmental conditions (25°C, 60%RH).

Drying Time: Surface dry in 6 hours; fully dry in 48 hours; completely cured in 7 days.

● Recommendation System:

System Structure

Product Model

Consumption kg/m²

(Adjust as necessary)

Construction Method

Base Coat

SP-1203 Radiation-resistant Floor Primer

0.1~0.2

Scrape coating, roller coating

Middle coat

SP-1107 Radiation-resistant Intermediate Floor Paint

Multiple passes of 0.1~1

Scrape coating

Face Paint

SP-1106 Radiation-Resistant Floor Paint

0.77kg/m2/mm

Grind coating

Note: Consumption figures are for reference only and may vary due to ground conditions, environmental factors, construction techniques, and color, etc. Please refer to on-site measurements for accurate assessment.

● Packaging Specifications:

20 kg/set

A: 15 lbs/bag, B: 5 lbs/bag