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Applications of Carbon Steel Sheets The applications of carbon steel sheets are quite extensive. Here are some examples: Construction: Carbon steel sheets are widely used in large construction projects for structural frames, bridges, and more. Automotive Industry: They are employed in the automotive industry for chassis and body components. Maritime: Due to their resistance to seawater, carbon steel sheets are used in shipbuilding. Power Plants: Carbon steel sheets serve as durable coating materials in power plants, withstanding high temperatures and pressures. Advantages of Carbon Steel Sheets Carbon steel sheets offer several advantages: Cost Efficiency: They are more cost-effective compared to other materials. High Strength: Carbon steel sheets have the capacity to withstand heavy loads. Wide Range of Applications: They are adaptable to various applications across different industries. Contact Us for your sheet metal needs.

Saray Aluminum Composite Panels are a colored aluminum composite plate with a white polyethylene core in the middle, covered with aluminum plate on two sides. Saray Aluminum Composite Panels offer unlimited opportunities for architects and designers to create creative and original buildings. Saray Aluminum Composite Panels can be easily applied on exterior and interior facades. It is a preferred coating material all over the world with its lightness, durability, flexibility, smooth surfaces and supporting feature of other building elements.

ISONEM FLOOR is a solvent free epoxy based, two component, coating material that when cured provides a tough high gloss floor with high chemical and physical resistance. It can be applied in thick layers to protect the metal and concrete surfaces against the chemical and physical outside impacts. USING AREAS: A long lasting coat is used to provide durable floors for a wide range of industrial and commercial applications. •Industrial plants, factories, refinery plants and particularly •Drug and food production fields •Acid production sites, •Chemicals factories, Warehousing •Laboratories, •Automotive and aerospace industries •Purification facilities, •Water tanks, •Metal and concrete floor and walls. FEATURES AND BENEFITS: •Easy to clean and maintain •Easy to apply •Wide range of attractive colours •Seamless and even surface provides a smooth running and therefore, low noise environment •Excellent maintenance and cleaning properties reduces cleaning costs •Ease of decontamination

POLYDIOXANONE (PDO) CHARACTERISTIC: Monofilament Synthetic Late Absorbable Suture. CHEMICAL STRUCTURE: It is a synthetic absorbable surgical suture made of polydioxanone. COATING MATERIALS: Polycaprolactone and Calcium Stearate CHARACTERISTICS: Excellent Node Security / Very High Initial Voltage Strength DIMENSIONS: There are sizes from 3 to 10 /0 in USP standards. COLOR: Violet & Colorless STERILIZATION: Ethylene Oxide ABSORPTION TIME: 180-210 Days TISSUE SUPPORT: Week 4 50% – Week 6 25%

POLYGLACTIN 910 (PGLA) CHARACTERISTIC: PGLA 910: 90% Glycolic Acid + 10% Lactic Acid Absorbable Surgical Suture CHEMICAL COMPOSITION: It is suture made of knitting material, glycolide, and L-Lactide. Polyglycolide-co-L (Lactide) COATING MATERIALS: It is a mixture of calcium citrate, lactide-glycolide. CHARACTERISTICS: Excellent Node Security / Very High Initial Voltage Strength DIMENSIONS: There are sizes from 3 to 10 /0 in USP standards. COLOR: Violet & Colorless STERILIZATION: Ethylene Oxide ABSORPTION TIME: 54-70 Days TEXTURE SUPPORT: 2nd week 80% – 3rd week 50%