Heavy Duty Steel Mounting Brackets: Durable Support for Any Project
● Material: carbon steel, low alloy steel
● Surface treatment: spraying, electrophoresis, etc.
● Connection method: welding, bolt connection
Key Features
Made from Low Alloy Steel
Crafted from low alloy steel for a strong strength-to-weight ratio, enhanced toughness, and wear resistance. Ideal for heavy loads in demanding environments like steel buildings or industrial machinery.
Versatile Applications
Suitable for various uses, including supporting foundation posts (steel post brackets), framing structures (steel corner brackets), and reinforcing joints (steel right angle brackets). Perfect for construction, machinery support, and industrial setups.
Corrosion Resistance
Provides excellent protection against corrosion, ensuring reliable performance in both indoor and harsh outdoor environments.
Easy Installation & Customization
Designed for quick installation with pre-drilled holes and smooth edges. Custom designs are available for specific project needs.
Built for Durability
Engineered for heavy-duty use, these brackets withstand stress and strain, making them ideal for residential, commercial, and industrial applications.
Applications of Steel Mounting Brackets
Steel Structure Building Projects
Steel mounting brackets are used in steel structure buildings to fix steel beams, steel columns and other structural components to ensure the stability and safety of the building. Steel column brackets and steel angle brackets are used to anchor and reinforce connection points to ensure the integrity of the overall structure, especially in buildings that are subjected to huge loads.
Industrial Equipment Support
In industrial environments, steel mounting brackets are used to fix and support heavy equipment to ensure stable operation of the equipment under high loads. Steel column brackets stabilize the equipment foundation, and steel right-angle brackets strengthen the equipment connection to avoid equipment failure caused by vibration or displacement.
Residential and Commercial Uses
Steel mounting brackets are widely used in residential and commercial buildings to support racks, fixtures and load-bearing structures. Due to their high strength and corrosion resistance, they are suitable for support tasks in different environments to ensure the stability and safety of building structures.
Structural Reinforcement
Steel right-angle brackets play an important role at the right angles where the connecting parts meet, ensuring that the joints are firm and preventing displacement or failure. They are widely used in the reinforcement of buildings and mechanical structures.
Quality Management
Vickers Hardness Instrument
Profile Measuring Instrument
Spectrograph Instrument
Three Coordinate Instrument
Company Profile
Xinzhe Metal Products Co., Ltd. was established in 2016 and focuses on the production of high-quality metal brackets and components, which are widely used in the construction, elevator, bridge, power, automotive parts and other industries.
The main products include steel building brackets, brackets galvanized, fixed brackets, u shaped metal bracket, angle steel brackets, galvanized embedded base plates, elevator brackets, turbo mounting bracket and fasteners, etc., which can meet the diverse project needs of various industries.
The company uses cutting-edge laser cutting equipment, combined with bending, welding, stamping, surface treatment and other production processes to ensure the accuracy and service life of the products.
Being an ISO 9001-certified business, we collaborate closely with numerous foreign producers of construction, elevator, and machinery to offer them the most affordable, tailored solutions.
We are dedicated to offering top-notch metal processing services to the worldwide market and continuously work to raise the caliber of our goods and services, all while upholding the idea that our bracket solutions should be used everywhere.
Packaging and Delivery
Angle Brackets
Elevator Mounting Kit
Elevator Accessories Connection Plate
Wooden Box
Packing
Loading
What is a low alloy steel?
Definition
● Low alloy steel refers to steel with a total alloying element content of less than 5%, mainly including manganese (Mn), silicon (Si), chromium (Cr), nickel (Ni), molybdenum (Mo), vanadium (V), titanium (Ti) and other elements. These alloying elements improve the performance of steel, making it superior to ordinary carbon steel in terms of strength, toughness, corrosion resistance and wear resistance.
Composition characteristics
● Carbon content: usually between 0.1%-0.25%, a lower carbon content helps to improve the toughness and weldability of steel.
● Manganese (Mn): The content is between 0.8%-1.7%, which improves strength and toughness and improves processing performance.
● Silicon (Si): The content is 0.2%-0.5%, which improves the strength and hardness of steel and has a deoxidation effect.
● Chromium (Cr): The content is 0.3%-1.2%, which enhances corrosion resistance and oxidation resistance and forms a protective film.
● Nickel (Ni): The content is 0.3%-1.0%, which improves toughness, low temperature resistance and corrosion resistance.
● Molybdenum (Mo): The content is 0.1%-0.3%, which enhances strength, hardness and high temperature performance.
● Trace elements such as vanadium (V), titanium (Ti), and niobium (Nb): refine grains, improve strength and toughness.
Performance characteristics
● High strength: The yield strength can reach 300MPa-500MPa, which can withstand large loads at a smaller cross-sectional size, reduce the weight of the structure, and reduce costs.
● Good toughness: Even in low temperature environments, low alloy steel can still maintain good toughness, and is suitable for structures with high toughness requirements such as bridges and pressure vessels.
● Corrosion resistance: Elements such as chromium and nickel improve corrosion resistance, and are suitable for some mildly corrosive environments, reducing the cost of anti-corrosion treatment.
● Welding performance: Low alloy steel has good welding performance and is suitable for welded structures, but attention should be paid to controlling welding heat input and selecting appropriate welding materials.
Multiple Transportation Options
Ocean Freight
Air Freight
Road Transportation
