Glued low Steel Fiber From Company CNBM China

Glued low Steel Fiber From Company CNBM China

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1 m.t.

Supply Capability:: 600 m.t./month

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Quick Details

Place of Origin: Tianjin, China (Mainland)
Model Number: 0.55 mm
Material: Steel
Production Process: Cold drawn
Lengh: 35
Type: 1
Compressive Strength: >1200MPa
Aspect ratio: 63
Standard: ASTM A820M-11
Section Shape: Circular
Application: Concrete Reinforcement

Packaging & Delivery

Packaging Details:	20 kg/Bag,50 bags/Pallet or 1,000kg/ Bulk Bag
Delivery Detail:	1 Month

Product Description

Diameter	0.55 mm
Length	35 mm
Aspect Ratio	63
Tensile strength	1200 MPa
Type	Cold drawn Steel Fiber
End	Hooked-end Steel Fiber
Glued/Loose	Glued Steel Fiber
Bending Angle	45°(min.30°)
Usage & Performance	Floor:Trafficked areas and Industrial floors
	Shotcrete :Slope stabilization and Final lining
	Precast concrete:Pipe and Railway sleepers
Packing	Standard Export Pallet Packing	Bag Packing	20 kg/Bag,50 bags/Pallet
		Bulk Packing	1,000kg/ Bulk Bag
Loading Quantity	20’GP	20-25 Tonne/Tonnes
	40’GP	25-27 Tonne/Tonnes
	40’HQ	25-27 Tonne/Tonnes
MOQ	1 kg for trial order
Supply Ability	10,000 Tonne/Tonnes per Year
Payment Terms	T/T or L/C at sight
Delivery Time	Within 15 days after receiving deposit or original L/C at sight
Certification	ISO9001:2000, CE,

Product	Diameter (mm)	Length (mm)	Aspect Ratio	Type	Packing
G-6030	0.5	30	60	Glued	20 kg/Bag, or 1,000kg/ Bulk Bag
G-6535	0.55	35	65	Glued	20 kg/Bag, or 1,000kg/ Bulk Bag
G-6035	0.6	35	60	Glued	20 kg/Bag, or 1,000kg/ Bulk Bag
G-8060	0.75	60	80	Glued	20 kg/Bag, 50 bags/Pallet
G-6060	0.9	60	60	Glued	20 kg/Bag, 50 bags/Pallet
G-6030	0.5	30	60	Loose	20 kg/Bag, or 1,000kg/ Bulk Bag
G-6535	0.55	35	65	Loose	20 kg/Bag, or 1,000kg/ Bulk Bag
G-6035	0.6	35	60	Loose	20 kg/Bag, or 1,000kg/ Bulk Bag
G-8060	0.75	60	80	Loose	20 kg/Bag, 50 bags/Pallet
G-6060	0.9	60	60	Loose	20 kg/Bag, 50 bags/Pallet

Q: Can melt extract stainless steel fiber be used in swimming pools or water treatment plants?: Yes, melt extract stainless steel fiber can be used in swimming pools and water treatment plants. It is highly resistant to corrosion and can withstand the harsh conditions associated with water treatment facilities. Additionally, the stainless steel fiber enhances the strength and durability of the concrete used in these structures, making it an ideal choice for such applications.

Q: What is the effect of melt extract stainless steel fiber on the modulus of resilience of concrete?: Adding melt extract stainless steel fibers to concrete mixtures has a generally positive effect on the modulus of resilience of the concrete. These fibers are commonly used to enhance the durability and mechanical properties of concrete. The modulus of resilience is a measure of a material's ability to absorb and store energy when it is deformed elastically, and then release that energy when the load is removed. The addition of melt extract stainless steel fibers improves the modulus of resilience of concrete by increasing its ductility and toughness. These fibers act as reinforcements within the concrete matrix, forming a network that helps distribute stress and prevent the propagation of cracks. This reinforcement effect enhances the concrete's ability to withstand impact, cyclic loading, and other external forces, ultimately increasing its resilience. Furthermore, stainless steel fibers have high tensile strength and corrosion resistance, which further contribute to the improvement of the concrete's modulus of resilience. These fibers effectively prevent the formation and expansion of cracks, thereby enhancing the overall structural integrity and longevity of the concrete. To summarize, the inclusion of melt extract stainless steel fibers in concrete has a positive impact on its modulus of resilience. This is achieved by increasing the concrete's ductility, toughness, and ability to absorb and release energy. As a result, the concrete becomes more durable and resilient, capable of withstanding various types of loading and environmental conditions.

Q: What is the effect of melt extract stainless steel fiber on the fatigue life of asphalt mixtures?: The use of melt extract stainless steel fiber in asphalt mixtures has a positive effect on the fatigue life. The presence of these fibers improves the overall strength and durability of the asphalt mixture, reducing the occurrence of cracks and fatigue failure. The fibers act as reinforcement, enhancing the asphalt's resistance to repetitive loading and increasing its fatigue life.

Q: Can melt extract stainless steel fiber replace traditional reinforcement methods in concrete?: Melt extract stainless steel fiber has the potential to replace traditional reinforcement methods in concrete. These fibers, made from high-quality stainless steel, offer excellent resistance to corrosion and high tensile strength. By improving the mechanical properties of concrete, enhancing durability, and increasing resistance to cracking and impact, these fibers provide numerous advantages compared to traditional methods. One advantage of stainless steel fibers is their ease of handling and installation. They can be easily added to the concrete mix during batching, eliminating the need for labor-intensive installation of steel bars or wire mesh. This saves time and effort. Furthermore, stainless steel fibers eliminate the risk of corrosion, a common problem with traditional reinforcement methods. Corrosion can significantly reduce the lifespan and strength of concrete structures. In contrast, stainless steel fibers are highly resistant to corrosion, ensuring the longevity and durability of the concrete. Additionally, melt extract stainless steel fibers improve the overall performance of concrete. They enhance flexural and tensile strength, making the material more resistant to cracking and deformation. This is particularly useful in applications where concrete is subjected to heavy loads or dynamic forces, such as industrial flooring, bridge decks, or airport runways. In conclusion, melt extract stainless steel fiber presents a viable alternative to traditional reinforcement methods in concrete. Its corrosion resistance, high tensile strength, and ease of installation make it an attractive option for improving the performance and durability of concrete structures. However, careful consideration of the specific application and design requirements is necessary before deciding on the suitability of using stainless steel fibers as a replacement for traditional reinforcement methods.

Q: Can melt extract stainless steel fiber be used in tunnel segment construction?: Melt extract stainless steel fiber is indeed applicable for tunnel segment construction. It possesses remarkable characteristics such as high tensile strength, corrosion resistance, and durability. These attributes render it suitable for reinforcing concrete in tunnel segments, as they must endure substantial loads and challenging environments commonly encountered in tunnel construction. By incorporating stainless steel fibers into the concrete mixture, its flexural strength can be enhanced, cracking can be mitigated, and overall structural integrity can be improved. Moreover, the melt extract manufacturing process guarantees a consistent dispersion of the fibers and secure bonding with the concrete matrix, thereby augmenting their efficacy in tunnel segment construction.

Q: Does melt extract stainless steel fiber improve the impact resistance of thin concrete elements?: The impact resistance of thin concrete elements can be improved by using melt extract stainless steel fiber. Stainless steel fibers are recognized for their strong tensile strength and exceptional impact resistance properties. By incorporating them into concrete, impact forces are more evenly distributed throughout the material, reducing the likelihood of cracks and enhancing overall durability. Thin concrete elements are particularly susceptible to cracking and damage due to their reduced thickness, but the addition of stainless steel fibers can significantly boost their impact resistance. Acting as reinforcement, these fibers enhance the concrete's structural integrity and improve its ability to withstand impacts without failure. Consequently, the utilization of melt extract stainless steel fiber is an effective approach to enhance the impact resistance of thin concrete elements.

Q: How does melt extract stainless steel fiber affect the curing time of concrete?: The curing time of concrete can be influenced both positively and negatively by the use of melt extract stainless steel fiber. Incorporating stainless steel fibers into concrete can enhance its early age strength development, resulting in a quicker curing process. These fibers act as reinforcement, improving the overall mechanical properties of the concrete and reducing drying shrinkage. Additionally, stainless steel fibers can enhance the durability and resistance to cracks in concrete, leading to a faster curing time. By preventing cracks and reducing the need for repairs or maintenance, the concrete can cure more efficiently. However, the addition of stainless steel fibers can also lengthen the curing time of concrete. This is because the fibers may impede the movement of water within the concrete mixture, slowing down the hydration process. Moreover, the presence of fibers can increase the viscosity of the concrete, making it more challenging for moisture to penetrate and fully hydrate the cement particles. Ultimately, the impact of melt extract stainless steel fiber on the curing time of concrete relies on various factors like the amount of fiber used, aspect ratio, and mix design. It is crucial to carefully consider these factors and conduct thorough testing to determine the optimal dosage and type of fiber to achieve the desired curing time in concrete applications.

Q: Can melt extract stainless steel fiber be used in self-compacting concrete (SCC)?: Yes, melt extract stainless steel fiber can be used in self-compacting concrete (SCC). SCC is a highly fluid and flowable concrete that can fill and flow into even the most congested reinforcement areas without the need for vibration. Stainless steel fibers are commonly used in SCC to enhance its mechanical properties, such as flexural strength, impact resistance, and toughness. Melt extract stainless steel fibers are produced through a melt extraction process, which ensures consistent quality and uniform distribution of fibers in the concrete matrix. These fibers are highly resistant to corrosion and have excellent durability, making them suitable for use in SCC, which is often used in high-performance and durable concrete structures. The addition of melt extract stainless steel fibers in SCC can improve its ductility, crack resistance, and overall performance. These fibers act as reinforcement, providing additional tensile strength to the concrete and reducing the risk of cracking. They also help to control shrinkage and prevent the formation of plastic shrinkage cracks. Furthermore, melt extract stainless steel fibers can enhance the post-cracking behavior of SCC by improving its resistance to cracking and ensuring the integrity of the concrete even after cracking. This is particularly beneficial in applications where crack control and structural integrity are crucial, such as in industrial floors, tunnel linings, and precast elements. In summary, melt extract stainless steel fibers can be effectively used in self-compacting concrete (SCC) to enhance its mechanical properties, improve crack resistance, and ensure long-term durability. Their addition in SCC can result in stronger and more durable concrete structures, making them a suitable choice for various construction applications.

Q: What is the effect of melt extract stainless steel fiber on the creep behavior of concrete?: The addition of melt extract stainless steel fiber to concrete can have a significant effect on its creep behavior. Creep is the time-dependent deformation of concrete under sustained loading, and it is a critical property to consider in many construction applications. When stainless steel fibers are incorporated into concrete, they act as reinforcement and help to enhance its mechanical properties, including its resistance to creep. The high tensile strength and ductility of stainless steel fibers provide additional support to the concrete matrix, reducing the potential for creep deformation. The presence of stainless steel fibers in concrete also helps to distribute the load more evenly throughout the structure, preventing localized stress concentrations that can lead to creep. This improved load distribution enhances the overall durability and long-term performance of the concrete. Furthermore, melt extract stainless steel fibers have excellent corrosion resistance, which is crucial in concrete applications exposed to harsh environments or aggressive chemical substances. By preventing corrosion and degradation of the fibers, the creep behavior of the concrete remains stable over time. In summary, the addition of melt extract stainless steel fiber to concrete can significantly improve its resistance to creep deformation. The fibers reinforce the concrete matrix, enhance load distribution, and provide corrosion resistance, resulting in a more durable and long-lasting concrete structure.

Q: Can melt extract stainless steel fiber be used in dam construction?: Yes, melt extract stainless steel fiber can be used in dam construction. Stainless steel fiber is known for its high tensile strength, corrosion resistance, and durability, making it suitable for various construction applications, including dams. When added to concrete or other construction materials, stainless steel fibers can enhance the overall strength and longevity of the structure. In dam construction, where the materials need to withstand the pressure of water, the addition of stainless steel fibers can significantly improve the structural integrity of the dam. Additionally, stainless steel fibers can help reduce cracking and enhance the resistance to fatigue and impact, making them an ideal choice for dam construction, where the materials need to withstand various stress factors.

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