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Oil based industrial paint
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DB-1A Acrylic Metal Baking Paint Series
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DB-2B Polyurethane Two-Component Paint Series
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DB-4D Alkyd Antirust Paint Series
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DB-7G Epoxy Anti-rust And Anti-corrosion Primer
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DB-7G Epoxy Anti-Rust And Anti-Corrosion Paint Series
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DB-7G High-temperature Anticorrosive Coating Is resistant To 300 Degrees
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DB-8H Fluorocarbon Paint Series
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DB-9K Rubber Paint Series
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DB-11M High Temperature Paint Series
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DB-12N Floor Paint Series
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DB-16T Thermal Insulation Coating Series
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DB-17 Polyurea Waterproof Coating Series
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DB-18V Oil-Based Exterior Wall Paint Series
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Polyamide Side Lacquer
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Epoxy Cloud Iron Intermediate Paint
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Epoxy Rich In Zinc Primer
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Chlorinated Rubber Anti-corrosion Coating Material
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Highly Chlorinated Polyethylene Anti-corrosion Coating
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Water-resistant Coatings
Fire-retardant coating for steel structures
Steel Structure Fireproof Coating I. Product Introduction Steel structure fireproof coating is a specialized coating designed to enhance the fire resistance limit of steel structures. When applied to the surface of steel structures, it forms a fire-resistant and heat-insulating protective layer, which delays the temperature rise of steel in a fire, thereby improving the fire resistance limit of the steel structure. This coating is mainly divided into thick, thin, and ultra-thin types, with different coating thicknesses and fire resistance limits for each type. Product Features: Excellent Fire Resistance: Steel structure fireproof coating rapidly expands in a fire to form an insulating layer, effectively reducing the temperature of the steel structure's surface, thereby enhancing its fire resistance limit. After rigorous testing, the fire resistance time of the fireproof coating under various fire conditions can meet the standard requirements. Moderate Coating Thickness: Different types of fireproof coatings have varying coating thickness ranges to meet the needs of different applications. During construction, precise control of the coating thickness ensures that the fireproof coating's performance is fully utilized. Easy Application: Steel structure fireproof coating can be applied through various methods such as spraying and brushing, making operation simple and convenient. At the same time, the coating has a shorter drying time, which helps to improve construction efficiency. Scope of Application Bridge Engineering: As a vital component of transportation infrastructure, the safety of bridges is paramount. Steel structure fireproof coating can be applied to critical parts of bridges such as steel beams and steel columns to improve the bridge's fire resistance, ensuring the stability and safety of the bridge structure in the event of a fire. High-rise Buildings: Steel structures are widely used as load-bearing and supporting structures in high-rise buildings. In these buildings, steel structure fireproof coating can be extensively applied to steel columns, steel beams, and other parts of steel structures to enhance the overall fire resistance of the building, ensuring safe evacuation of personnel and smooth firefighting operations. Storage Facilities: In industries such as petroleum and chemical, storage facilities are often constructed from steel. When these facilities store flammable and explosive materials, the consequences of a fire could be disastrous. Therefore, applying fireproof coating to the steel surfaces of these facilities can effectively improve their fire resistance and reduce fire risks. IV. Technical Parameters: Item Technical Specification Test Result Measured Value Test Method (National Standard) Product Color Conforms to Sample Meets Standard White Visual Inspection Film Appearance (Visual) Smooth, uniform, free of impurities Meets Standard Smooth, uniform CB1721-79 Gloss Matte Compliant 28° (60° angle) GB1743-79 Solid Content: % 72 Meets Standard 73 GB/T1725-2007 Fineness μm ≤50 Meets Standard 48 Hardness: h hB Meets Standard hB GB/T6739-2006 Drying Time Surface Dry (min) ≤20 Meets Standard 15 GB/T1728-1989 Hard Dry (h) ≤24 Meets Standard 24 GB/T1728-1989 Flexibility (mm) 1 Meets Standard 0.9 GB/T1731-1993 Adhesion: (level) 1 Meets Standard 1 GB1720-79 Bonding Strength/MPa ≧0.15 1.12 Qualified Water Resistance After 24h test, the coating should show no delamination, blistering, or peeling. Compliant Qualified VI. Storage and Safety Protection: The product should be stored in a cool, well-ventilated place, away from direct sunlight, open flames, and heat sources. Keep the construction area dry and clean, and strictly avoid contact with water, acids, alcohols, alkalis, etc. After mixing the paint, the hardener container must be tightly sealed to prevent gelling. Operators should wear safety masks and gloves to avoid contact with skin or eyes. In case of accidental contact, rinse thoroughly with clean water.
- Product Description
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Steel Structure Fireproof Coating
I. Product Introduction
Steel structure fireproof coating is a special coating used to improve the fire resistance limit of steel structures. When applied to the surface of steel structures, it forms a fire-resistant, heat-insulating protective layer, which delays the temperature rise of steel in a fire, thereby improving the fire resistance limit of steel structures. This coating is mainly divided into thick, thin, and ultra-thin types, with different coating thicknesses and fire resistance limits for each type.
- Product Features :
Excellent Fire Resistance :
Steel structure fireproof coating expands rapidly in a fire to form an insulating layer, effectively reducing the surface temperature of the steel structure, thereby improving its fire resistance limit. After rigorous testing, the fire resistance time of fireproof coatings under different fire conditions can meet the standard requirements.
Moderate Coating Thickness : Different types of fireproof coatings have different coating thickness ranges to meet the needs of various applications. During construction, precisely controlling the coating thickness ensures that the performance of the fireproof coating is fully realized.
Easy to Apply : Steel structure fireproof coating can be applied by various methods such as spraying and brushing, making operation simple and convenient. At the same time, the shorter drying time of the coating helps improve construction efficiency.
- Scope of Application
Bridge Engineering : As a vital component of transportation infrastructure, the safety of bridges is paramount. Steel structure fireproof coating can be applied to critical parts of bridges such as steel beams and columns, enhancing the fire resistance of bridges and ensuring the stability and safety of the bridge structure in the event of a fire.
High-rise Buildings : In high-rise buildings, steel structures are extensively used as load-bearing and supporting structures. In these buildings, steel structure fireproof coating can be widely applied to steel columns, steel beams, Steel Structure Buildings and other parts, improving the overall fire resistance of the building and ensuring safe evacuation of personnel and smooth firefighting operations.
Storage Equipment : In industries such as petroleum and chemical, storage equipment often uses steel structures. If a fire occurs while these devices store flammable and explosive materials, the consequences would be unimaginable. Therefore, applying fireproof coating to the steel surfaces of these devices can effectively improve their fire resistance and reduce fire risks.
IV 、 Technical Parameters:
Item
Technical Indicator
Test Result
Actual Measurement
Measurement Method (National Standard)
Product Color
Conforms to sample
Conforms to standard
White
Visual inspection
Film Appearance (Visual)
Flat, smooth, no impurities
Conforms to standard
Flat, smooth
CB1721-79
Gloss
Matte
Conforms
28 ° ( 60 ° angle)
GB1743-79
Solid Content: %
72
Conforms to standard
73
GB/T1725-2007
Fineness μ m
≤ 50
Conforms to standard
48
Hardness: h
hB
Conforms to standard
hB
GB/T6739-2006
Drying Time
Surface dry ( min )
≤ 20
Conforms to standard
15
GB/T1728-1989
Hard dry (h )
≤ 24
Conforms to standard
24
GB/T1728-1989
Bending Resistance (mm)
1
Conforms to standard
0.9
GB/T1731-1993
Adhesion: (Level)
1
Conforms to standard
1
GB1720-79
Bond Strength /MPa
≧ 0.15
1.12
Qualified
Water Resistance
24h After testing, the coating should show no delamination, blistering, or peeling.
Conforms
Qualified
VI. Storage and Safety Protection :
Products should be stored in a cool, ventilated place, protected from direct sunlight, isolated from ignition sources, and away from heat. 。
Keep the construction process dry and clean; strictly avoid contact with water, acids, alcohols, alkalis, etc. After mixing the paint, the curing agent container must be tightly sealed to prevent gelling. Operators should wear safety masks and gloves to avoid contact with skin or eyes. In case of accidental contact, use clean water for washing.
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