Steel Strapping Wholesale

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Since 2010

Shaoxing DINGLI New Material Technology Co., Ltd.

Shaoxing DINGLI New Material Technology Co., Ltd is China Steel Strapping Manufacturers and Steel Banding Factory, we offers Wholesale Steel Strapping for sale at factory price. Our products have passed ISO9001 certification, with an annual production capacity of more than 60,000 tons. We actively develop a variety of raw materials with different characteristics to meet various high-end packaging needs and provide customers with a variety of packaging solutions.
12 Years Experience

We have advanced supporting testing equipment on the premises such as a universal tensile test machine, salt spray machine, deflection testing machine, etc. We have set up 3 quality inspection gates for incoming inspection of raw materials, production process control and delivery inspection of finish products. Meanwhile, we are proactive, pioneering and innovative as we constantly collect and analyze data from our production lines. Then we cooperate with several large domestic steel mills to develop a variety of raw materials with different characteristics in order to adapt to a variety of high-end packaging needs and provide customers with a variety of packaging solutions. Our products can meet the Chinese national standards (GB/T19001-2016/ISO9001:2015). Our products are renowned for their high quality both at home and abroad, which is widely used in ferrous metallurgy, non-ferrous metals, glass and building materials, wood industry and other industries.

Honor certificate

The company has passed various national patents, passed the ISO9001 quality management system certification, and obtained the national high-tech enterprise certificate.

  • ISO9001 Chinese
  • ISO9001 English
  • Trademark registration certificate
  • Dingli Science and Technology Achievement Registration Certificate
  • Dingli Science and Technology Achievement Registration Certificate
  • Dingli Science and Technology Achievement Registration Certificate
News Center
21 Sep
Unveiling the Secrets of Steel Strapping: Applications and Benefits The Basics of Steel Strapping Steel strapping is crafted from high-quality steel, known for its exceptional strength and durability. This material is processed into thin strips or bands, and these bands are then wound into coils or loaded onto dispensers for easy application. There are various types of steel strapping, including regular-duty and high-tensile, each suited to different applications depending on load weight and strapping needs. Applications of Steel Strapping Palletizing and Shipping: Steel strapping is commonly used to secure heavy loads on pallets. It prevents products from shifting during transit, reducing the risk of damage. From construction materials to industrial machinery, steel strapping is a go-to choice for load stability. Construction and Building Materials: The construction industry heavily relies on steel strapping to bundle and secure materials like steel beams, lumber, and concrete forms. Its strength ensures these materials remain intact during transport and handling on construction sites. Heavy Machinery Transport: Moving heavy machinery requires a secure strapping solution. Steel strapping holds these massive loads in place, preventing costly damage and ensuring the safety of personnel involved in the transport process. Marine and Offshore Applications: In marine environments where exposure to moisture and saltwater is common, stainless steel strapping is the preferred choice. Its corrosion resistance makes it invaluable for securing equipment, pipelines, and structures in offshore and shipboard settings. Industrial Piping: Steel strapping plays a crucial role in bundling and securing pipes for transportation and storage. It ensures that pipes remain aligned and avoids rolling or shifting, which can lead to damage. Custom Fabrication: Steel strapping can be tailored to specific applications, providing a versatile solution for unique packaging needs. This adaptability makes it indispensable in various industries. Benefits of Steel Strapping Strength and Durability: The foremost advantage of steel strapping is its unparalleled strength. It can withstand heavy loads and resist impact, ensuring the integrity of packaged items during transit. Resistance to Movement: Steel strapping forms a rigid bond around items, preventing shifting, sliding, or vibrating. This stability is crucial in ensuring goods arrive at their destination undamaged. Corrosion Resistance: Stainless steel strapping, in particular, resists corrosion and rust. It is ideal for applications exposed to moisture, humidity, or corrosive substances. High Tensile Strength: Steel strapping can withstand significant pulling forces without breaking or losing its shape. This property is vital when securing heavy or irregularly shaped loads.
From Dingli New Material
14 Sep
Preventing Shifting and Damage: How Metal Strapping Provides Stability Metal strapping provides stability and prevents shifting and damage in various applications, such as securing loads for transportation or bundling materials in construction. Its unique properties make it an effective solution for these purposes: Strength and Durability: Metal strapping is made from materials like steel or stainless steel, known for their exceptional strength and durability. This strength allows it to withstand the forces and pressures that can cause shifting and damage during transportation or handling. Tension Control: Metal strapping can be tensioned to the desired level during the strapping process. This means it can be applied with the right amount of force to hold loads securely in place without damaging them. Proper tension control is crucial to prevent over-tightening, which can damage the contents, or under-tightening, which can lead to shifting. Resistance to Movement: Once metal strapping is applied, it forms a rigid bond around the items it's securing. This rigidity prevents the contents from shifting, sliding, or vibrating within their packaging or on a pallet. As a result, the risk of damage due to movement is significantly reduced. Corrosion Resistance: Stainless steel strapping, in particular, is highly resistant to corrosion. This makes it suitable for securing loads that may be exposed to moisture during transportation, such as those on open trailers or ships. The corrosion resistance ensures the strapping maintains its strength and integrity. High Tensile Strength: Metal strapping has a high tensile strength, meaning it can withstand significant pulling or stretching forces without breaking. This property is especially important when securing heavy or irregularly shaped loads. Temperature Resistance: Metal strapping can withstand a wide range of temperatures, making it suitable for applications where extreme heat or cold might compromise the integrity of other strapping materials, such as plastic. Versatility: Metal strapping can be used in a variety of configurations, from simple bands around a load to more complex crisscross patterns. This adaptability allows it to secure a wide range of items, from small packages to large machinery. Reusable: In many cases, metal strapping can be reused, reducing waste and cost. Once a load has been safely delivered, the strapping can be removed and used again for another shipment. Compliance with Regulations: In some industries, there are strict regulations governing the secure transport of certain goods. Metal strapping can help meet these requirements by providing a robust and reliable method of load securing. Longevity: Metal strapping is known for its long service life. When stored properly, it can maintain its strength and integrity for extended periods, ensuring the continued protection of goods during storage.
From Dingli New Material
08 Sep
What are the applications of Metal Strapping in Construction and Heavy Industry? Metal strapping plays a crucial role in construction and heavy industry due to its strength, durability, and ability to secure heavy loads. Its applications in these sectors are diverse and vital for maintaining safety and efficiency. Here are some key applications of metal strapping in construction and heavy industry: Securing Building Materials: Metal strapping is used to bundle and secure various construction materials such as lumber, steel beams, pipes, and concrete forms. This ensures that materials remain stable during transportation and storage on construction sites. Palletizing and Shipping: In heavy industry, metal strapping is commonly used to palletize heavy or bulky components and machinery for shipping. It prevents shifting and damage during transit. Bundling Pipes: One of the primary applications of metal strapping is securing pipes for transportation and storage. Metal strapping ensures that pipes remain aligned and do not roll or shift during handling. Supporting Heavy Machinery: Metal strapping is used to secure heavy machinery and equipment on trucks or in shipping containers. This prevents machinery from shifting, tipping, or getting damaged during transportation. Construction Safety: Construction sites often use metal strapping to create safety barriers and fencing. It can be used to cordon off hazardous areas and mark restricted zones. Tying Down Loads: In transportation, particularly for oversized or irregularly shaped loads like construction equipment, metal strapping is used to tie down loads securely to flatbed trailers or transport vehicles. Temporary Bracing: During the construction process, metal strapping can be employed to provide temporary bracing for structural components like beams and columns until permanent supports are installed. Reinforcement: Metal strapping is used to reinforce building structures and components. It can be used in combination with other building materials to enhance strength and stability. Pipeline Projects: In the oil and gas industry, metal strapping is used to bundle and secure sections of pipelines during transportation to the construction site. It ensures that pipelines remain intact and undamaged. Marine and Offshore: Metal strapping, especially stainless steel strapping, is valuable in marine and offshore applications due to its resistance to corrosion. It secures equipment, pipelines, and structures in these harsh environments. Scaffolding: Metal strapping is sometimes used to reinforce scaffolding systems, adding stability and ensuring worker safety, especially in areas with heavy wind loads or seismic activity. HVAC Systems: Metal strapping secures HVAC (heating, ventilation, and air conditioning) components during transportation and installation, preventing damage to expensive equipment. Custom Fabrication: Metal strapping can be tailored and fabricated to meet specific needs in construction and heavy industry. Custom straps may be designed for unique applications. In essence, metal strapping is a versatile and indispensable tool in construction and heavy industry, offering the strength and reliability needed to secure heavy loads and ensure the safety of workers and equipment in demanding environments.
From Dingli New Material
01 Sep
From Pallets to Pipes: The Role of Metal Strapping in Construction and Industry In the rugged world of construction and heavy industry, the transportation and storage of materials and equipment demand a level of strength and security that standard packaging solutions simply can't provide. Metal strapping emerges as the unsung hero, playing a pivotal role in safeguarding everything from pallets of construction materials to industrial pipes. This article delves into the indispensable role of metal strapping in the construction and industrial sectors, highlighting its versatility, durability, and the unique challenges it helps overcome. The Building Blocks of Construction: The Dynamics of Construction and Heavy Industry: Demands on Material Transport The Critical Need for Secure Packaging: Ensuring Safety and Efficiency Introducing Metal Strapping: A Closer Look at Metal Strapping: The Basics of Strength and Durability Steel, Stainless Steel, and Aluminum: Tailoring Strapping to Specific Needs Applications in Construction and Heavy Industry: Construction Sites: Taming the Chaos with Secure Bundling Heavy Machinery Transportation: Safeguarding Expensive Assets Industrial Piping: The Vital Role of Strapping in Pipe Handling Raw Materials and Components: Ensuring Quality Control through Secure Packaging Strength and Durability: How Metal Strapping Rises to the Challenge: Load-Bearing Capabilities: Supporting the Heaviest of Loads Environmental Toughness: Resisting Corrosion, Moisture, and Harsh Conditions Cost Efficiency: Longevity and Reusability in Industrial Settings Customization and Specialization: Tailoring Metal Strapping Solutions to Unique Industry Needs Innovations in Strapping Techniques for Specialized Applications Safety Measures and Compliance: Ensuring Worker Safety: Proper Handling and Strapping Techniques Compliance with Industry Standards: Meeting Regulations for Secure Packaging Real-World Success Stories: Case Studies in Metal Strapping Solutions: Construction Mega-Projects: How Metal Strapping Keeps Materials Secure Precision Pipe Handling: Enhancing Efficiency and Safety with Strapping Heavy Industry Innovations: Custom Strapping Solutions for Unique Challenges The Future of Metal Strapping in Construction and Industry: Technological Integration: RFID and IoT Enhancements for Tracking and Monitoring Sustainable Practices: Metal Strapping's Contribution to Green Building and Manufacturing Conclusion: In the dynamic world of construction and heavy industry, the role of metal strapping is nothing short of indispensable. From securing pallets of materials to ensuring the safe transport of industrial pipes and heavy machinery, metal strapping is the unyielding force that guarantees safety, efficiency, and durability. As technology advances and sustainability becomes more critical, the future of metal strapping in construction and industry is poised for innovation and continued excellence.
From Dingli New Material
24 Aug
Sustainable Packaging: The Eco-Friendly Advantages of Recyclable Metal Strapping In today's environmentally conscious world, sustainable packaging solutions are gaining prominence as businesses and consumers seek ways to reduce their ecological footprint. Enter recyclable metal strapping, a versatile and eco-friendly alternative that not only secures shipments effectively but also aligns with green initiatives. This article delves into the compelling benefits of using recyclable metal strapping for packaging, highlighting its contribution to waste reduction, durability, and the overall push for a greener future. The Green Revolution in Packaging: The Impact of Packaging on the Environment: Addressing Concerns The Role of Recyclability: Meeting Sustainability Goals Introducing Recyclable Metal Strapping: A Sustainable Alternative: Understanding Metal Strapping's Recyclability Types of Metal Strapping Materials: Steel, Stainless Steel, and Aluminum Eco-Friendly Advantages of Recyclable Metal Strapping: Lifecycle Benefits: From Production to Recycling Reducing Plastic Waste: Metal Strapping vs. Plastic Strapping Carbon Footprint Reduction: Metal Strapping's Low Energy Consumption Applications and Industries Embracing Recyclable Metal Strapping: Logistics and Shipping: Minimizing Environmental Impact in the Supply Chain Retail and Consumer Goods: Green Packaging for a Conscious Consumer Base Construction and Manufacturing: Sustainable Solutions for Heavy-Duty Needs Navigating Challenges and Implementation: Cost-Effectiveness: Balancing Sustainability with Affordability Collaboration and Education: Encouraging Widespread Adoption Case Studies: Real-World Examples of Recyclable Metal Strapping in Action: Transforming Supply Chains: Success Stories from Leading Companies Sustainable Innovations: Creative Uses of Recyclable Metal Strapping The Future of Green Packaging: Advancements and Trends in Recyclable Metal Strapping: Technological Integration: Enhancing Tracking and Traceability Customization and Branding: Incorporating Sustainability into Brand Identity As the world strives to mitigate the ecological impact of human activity, the packaging industry is undergoing a paradigm shift towards sustainability. Recyclable metal strapping emerges as a hero in this narrative, offering an environmentally responsible solution that marries packaging security with ecological stewardship. By adopting recyclable metal strapping, businesses can not only enhance their packaging practices but also contribute to a more sustainable and greener future for generations to come.
From Dingli New Material
18 Aug
What are the benefits of using Polyester Composite Strapping? When it comes to securing and bundling heavy loads for transportation or storage, finding a reliable strapping material is crucial. Polyester composite strapping, made from a combination of polyester fibers and resin, has emerged as a popular choice in various industries.   1. Superior Strength: Polyester composite strapping boasts exceptional tensile strength that enables it to secure heavy loads effectively. Its high breaking strength provides the required stability, even under extreme conditions, preventing shifting or damage during transit. This strength makes it an ideal choice for securing pallets, crates, and containers.   2. Safety Assurance: One of the primary concerns when securing loads is ensuring the safety of both the workers and the products being transported. Polyester composite strapping offers excellent shock absorption, preventing sudden jolts or movement during transportation. It reduces the risk of accidents, such as load shifting or falling, safeguarding workers and minimizing damage to goods.   3. Weather and Chemical Resistance: Polyester composite strapping is designed to withstand various environmental conditions. It is resistant to moisture, UV radiation, and extreme temperatures. This durability ensures that the strapping remains intact and does not deteriorate when exposed to harsh outdoor elements. Additionally, polyester composite strapping is chemically resistant, making it suitable for use in industries where exposure to chemicals is common.   4. Lightweight and Flexible: Compared to conventional metal strapping, polyester composite strapping is lightweight and more flexible. Its flexibility allows for easy maneuverability, ensuring a tight and secure grip around the loads. Additionally, the lightweight nature of the strapping reduces the overall weight of shipments, contributing to cost savings in freight charges.   5. Cost-Effective: Polyester composite strapping offers significant cost-saving benefits. Not only is it an affordable alternative to steel strapping, but its flexibility also translates into reduced labor costs. Polyester composite strapping can be easily tensioned and secured without requiring heavy-duty tools or complicated procedures. Furthermore, its resistance to damage and elongation means fewer replacements are needed, further cutting down on expenses.   6. Environmentally Friendly: In an era where sustainability is a paramount concern, polyester composite strapping is an eco-friendly choice. Unlike steel strapping, polyester composite strapping is recyclable and can be easily disposed of without posing harm to the environment. This aspect aligns well with the growing focus on sustainable practices across industries.   Polyester composite strapping offers a host of benefits that make it a preferred choice for securing heavy loads in various industries. Its superior strength, safety features, weather and chemical resistance, lightweight nature, cost-effectiveness, and environmental friendliness position it as an efficient and reliable strapping material. Consider switching to polyester composite strapping to enhance load security, minimize risks, and streamline your operations.
From Dingli New Material
11 Aug
Secure Shipping Solutions: How Metal Strapping Ensures Safe Transportation of Goods In the world of logistics, the safe and secure transportation of goods is paramount. Whether it's across the country or around the globe, ensuring that products arrive at their destination intact is a critical concern for businesses. Enter metal strapping, a reliable and proven method of safeguarding shipments from the hazards of transit.  The Foundation of Security: Understanding Metal Strapping A Primer on Metal Strapping: What it is and How it Works Types of Metal Strapping: Steel, Stainless Steel, and Aluminum Strength and Load-Bearing Capacity: How Metal Strapping Holds Up Under Pressure Navigating the Challenges of Shipping: The Perils of Unsecured Cargo: Risks and Consequences Preventing Shifting and Damage: How Metal Strapping Provides Stability Corrosion Resistance: Stainless Steel Strapping's Defense Against Moisture Across Industries: Applications of Metal Strapping Construction and Building Materials: Taming the Chaos on Construction Sites Manufacturing and Heavy Machinery: Safeguarding Equipment During Transit Packaging and Retail: Ensuring Product Integrity from Warehouse to Shelf Marine and Maritime: Stainless Steel Strapping's Role in Seafaring Security The Metal Strapping Advantage: Comparing to Alternative Methods: Why Metal Strapping Stands Out Eco-Friendly Packaging: Metal Strapping's Recyclability and Sustainability Tensioning Techniques: Achieving Optimal Tightness for Different Loads Mastering the Technique: Best Practices for Metal Strapping Application Choosing the Right Strapping Material and Width for the Job Proper Tool Usage: Tensioners, Sealers, and Cutters Safety Measures: Protecting Workers and Minimizing Accidents Innovations and Trends in Metal Strapping: Lightweight Solutions: Aluminum Strapping's Rise in Popularity Customization and Branding: Incorporating Strapping into Packaging Design Smart Tracking: Integration of RFID and IoT in Metal Strapping for Enhanced Traceability As the global supply chain continues to evolve, the need for secure shipping solutions remains constant. Metal strapping, with its formidable strength and adaptability, continues to play a pivotal role in meeting this need. Whether it's safeguarding construction materials, heavy machinery, or everyday products, metal strapping stands as a testament to the marriage of engineering and logistics. With its ability to ensure the safe transportation of goods, metal strapping remains a cornerstone of efficient and reliable shipping practices.
From Dingli New Material
04 Aug
What are the advanced aspects of closed steel strapping seals in sealing technology? Closed steel strapping seals, also known as metal seals or steel clips, are essential components in sealing technology for securing steel strapping used in various industries, including packaging, shipping, and construction. While these seals may seem simple at first glance, advancements in their design and manufacturing have led to several advanced aspects that enhance their performance and reliability. Some of these advanced aspects include: Material and Coatings: Advanced closed steel strapping seals are typically made from high-quality steel, which offers superior strength and durability. They may also feature special coatings or platings to improve corrosion resistance, ensuring the seals remain effective even in harsh environments. Precision Manufacturing: Modern manufacturing techniques allow for consistent and precise production of steel strapping seals. This results in uniform dimensions and greater reliability, reducing the risk of seal failure during application. Joint Efficiency: Advanced closed steel strapping seals are designed to maximize the joint efficiency between the two ends of the steel strap they secure. A well-designed seal ensures a strong and secure bond, preventing the strap from loosening or slipping during transit or storage. High Tensile Strength: Steel strapping seals are engineered to provide high tensile strength, ensuring they can withstand the forces and tension applied to the strapping without breaking or deforming. Seal Integrity Verification: Some advanced steel strapping seals come with features that allow for easy visual verification of seal integrity. For example, certain designs have indicators that change color upon proper closure, providing an additional layer of assurance that the seal is correctly applied. Security Features: In specific industries, like securing valuable goods during transportation, steel strapping seals may incorporate tamper-evident features. These features make it evident if the seal has been tampered with, providing an added layer of security. Ease of Application: Advanced closed steel strapping seals are designed for easy and efficient application. Some designs feature self-threading capabilities, simplifying the strapping process and reducing the chances of operator errors. Compatibility: Modern steel strapping seals are designed to be compatible with various types and widths of steel strapping, allowing for versatility in their applications. Environmental Considerations: In response to environmental concerns, manufacturers may develop eco-friendly steel strapping seals that are recyclable or made from sustainable materials. Certifications and Compliance: Advanced steel strapping seals may meet specific industry standards and certifications to ensure their performance and reliability under various conditions. These advanced aspects contribute to the overall effectiveness, efficiency, and safety of closed steel strapping seals in securing loads, reinforcing structures, and providing reliable packaging and transportation solutions across industries.
From Dingli New Material
28 Jul
What should be paid attention to when maintaining PET plastic strapping? Maintaining PET plastic strapping is essential to ensure its performance and longevity. Here are some key points to consider when maintaining PET plastic strapping: Storage conditions: PET plastic strapping should be stored in a clean, dry, and cool environment to prevent exposure to moisture and direct sunlight. Extreme temperatures can degrade the quality of the strapping, leading to reduced strength and effectiveness. Avoid exposure to chemicals: PET strapping should be kept away from chemicals, solvents, and other substances that could potentially cause chemical reactions or weaken the material. Regular inspection: Periodically inspect the PET strapping for signs of damage, wear, or deformation. Check for any fraying, cracks, or breaks in the strapping material. If you find any issues, replace the strapping immediately to prevent accidents or failures during use. Cleaning: When necessary, clean the PET strapping using mild soap and water to remove dirt and debris. Avoid using harsh chemicals that could harm the material. Proper handling: When handling the strapping, avoid sharp or abrasive edges that could cut or damage the material. Handle the strapping with care to avoid unnecessary stress or tension. Tension adjustments: If you are using PET strapping with tensioning tools or machines, ensure that the tension is set appropriately. Over-tensioning can lead to breakage, while under-tensioning might result in loose loads. Compatibility with equipment: Make sure that the PET strapping you are using is suitable for the strapping equipment you have. Using incompatible strapping or tools can lead to subpar results and potential accidents. Training and awareness: Train employees or personnel involved in strapping procedures about proper handling, maintenance, and safety protocols. Raising awareness about the importance of maintaining PET strapping can help prevent avoidable damage. Replace worn-out parts: If you are using strapping tools or machines, regularly inspect and replace worn-out or damaged parts to ensure optimal performance and safety.
From Dingli New Material
20 Jul
How to use Painted steel strapping in ribbon wound correctly? Using painted steel strapping in ribbon wound correctly involves handling the strapping safely and efficiently to secure and protect your packages or goods. Here's a step-by-step guide on how to use it properly: Inspect the strapping: Before use, inspect the painted steel strapping to ensure it is in good condition. Check for any signs of damage, such as rust, sharp edges, or deformation. If you notice any issues, do not use the strapping, and replace it with a new one. Select the appropriate strapping: Choose the correct width and thickness of the painted steel strapping based on the weight and size of the load you need to secure. Ensure that the strapping can handle the load's weight and tension requirements. Prepare the strapping tool: If you have a strapping tool, make sure it is in working condition and properly set up according to the strapping size you are using. The tool may be a manual tensioner, a sealer, or a combination tool that performs both tasks. Position the load: Place the load or package on a stable and flat surface, ensuring it is stable and won't tip over during the strapping process. Start strapping: Unroll the painted steel strapping from the ribbon-wound coil and bring the end around the package. You can use a strapping dispenser or simply hold the strapping securely in place. Tension the strapping: If you are using a tensioner tool, apply tension to the strapping to ensure a tight and secure fit around the package. The correct tension prevents the load from shifting or coming loose during handling and transportation. Seal the strapping: If you have a separate sealer tool, use it to seal the ends of the strapping together securely. Alternatively, some strapping tools have built-in sealers for convenience. Cut off excess strapping: Trim off any excess strapping beyond the seal to prevent any sharp edges that could cause injuries. Check the strapping: After securing the load, inspect the strapping to ensure it is tightly and evenly applied. Make sure there are no loose or damaged sections. Label and handle with care: If necessary, add labels or markings to the strapping to identify the contents or provide handling instructions. Treat the strapped load with care during transportation and storage. Dispose of waste responsibly: If you have leftover strapping or packaging materials, dispose of them properly according to local regulations.
From Dingli New Material

Steel Strapping Industry Knowledge Extension

Classification and use of steel strapping
Steel strapping is a steel with large output, wide application and many varieties. According to the processing method, it is divided into hot-rolled steel strapping and cold-rolled steel strapping; according to the thickness, it is divided into thin steel strapping (thickness not greater than 4mm) and thick steel strapping (thickness greater than 4mm); according to width, it is divided into wide steel strapping (width greater than 600mm) And narrow steel strapping (width not greater than 600mm); narrow steel strapping is divided into direct rolling narrow steel strapping and narrow steel strapping slitting by wide steel strapping; according to the surface state, it can be divided into original rolling surface and plated (coated) layer surface Steel strapping; According to the purpose, it is divided into general and special (such as hull, bridge, oil drum, welded pipe, packaging, self-generated vehicle, etc.) steel strapping.

Hardness grade of steel strapping
The hardness of steel strapping is usually measured according to its Rockwell hardness value, which is expressed as a number followed by the letters "HRC". The Rockwell hardness test is a standard hardness measurement widely used in the metals industry to determine the hardness of steel and other metals.
The hardness of steel strapping can vary depending on the specific type of steel used and the manufacturing process. Commonly used steel strapping steels have a Rockwell hardness value between 40 and 65 HRC. For example, cold-rolled steel strapping may have a hardness value of around 50 HRC, while heat-treated and tempered steel strapping may have a hardness value of 60 HRC or higher.
It is important to note that the stiffness of the steel strapping is only one of the factors to consider when selecting a steel strapping for a particular application. Other factors, such as tensile strength, yield strength, ductility, and corrosion resistance, may also be important, depending on the application.