| Customization: | Available |
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| Processing Object: | Metal |
| Molding Style: | Casting |
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Guardrail brackets are an essential component of road safety. They are designed to provide a barrier between vehicles and obstacles, such as trees, buildings, and other vehicles. Guardrail brackets are typically made of steel and are installed along the sides of roads and highways to prevent vehicles from veering off the road and causing accidents.
Guardrail brackets are one of the main supporting safety devices of guardrails. They are installed at the dangerous corner of the slope and the dangerous section of the road to ensure the safety of the driver and passengers. Guardrail brackets are usually made of high-strength aluminum alloy or stainless steel or iron, and are installed on the roadside to support and fix the guardrail. The bracket is installed on the surface of the road or embedded in the ground, and is fixed by screws or anchor bolts. The bracket is usually
Guardrail brackets are an important component of road safety because they help to prevent accidents. When a vehicle collides with a guardrail, the guardrail absorbs the impact of the collision, reducing the severity of the accident. Without guardrail brackets, the guardrail would not be able to withstand the impact of a collision, and the vehicle could potentially veer off the road and cause a more serious accident.
There are several types of guardrail brackets, each designed for a specific purpose. The most common types of guardrail brackets include:
1. Standard Guardrail Bracket - This is the most common type of guardrail bracket and is used to attach a guardrail to a post or other support structure.
2. End Terminal Guardrail Bracket - This type of bracket is used at the end of a guardrail to provide a smooth transition between the guardrail and the end of the road.
3. Bridge Rail Bracket - This type of bracket is used to attach a guardrail to a bridge rail.
4. Median Barrier Bracket - This type of bracket is used to attach a guardrail to a median barrier.
5. Cable Barrier Bracket - This type of bracket is used to attach a guardrail to a cable barrier.
The material of cast iron fence support is using cast iron with carbon content of 2.5% ~ 3.5% , which also contains 1% ~ 3% silicon, as well as manganese, phosphorus, sulfur, nickel, chromium, molybdenum, aluminum, copper, boron, vanadium and other elements, after high-temperature melting into iron, secondary high-temperature melting and casting to form ductile iron. The graphite of ductile iron is spherical. The graphite precipitated from the spheroidized gray cast iron is spherical, which is called nodular iron for short. Carbon is present wholly or largely in a free form of spherical graphite, and therefore breaks into a silver-gray, sand-molded, cast, semi-finished, sandblasted, spray-painted cast steel products, with the corresponding heat-resistant, wear-resistant, resistant strength. The bridge guardrail support has the advantages of bright color, external lubrication, strong corrosion resistance, non-fading, non-cracking, non-brittle and so on. It has become highly decorative, the use of a wide range of guardrails, in the road and beautification played an important role.
Comparison of cast aluminum guardrails and iron. Anticorrosion ability is different: aluminum balustrades do not rust, do not change color, corrosion resistance is strong; iron balustrades are easy to rust in the open air. Different weight: aluminum balustrades are thick and heavy; iron balustrades are light and flexible. Different prices: aluminum balustrades are more expensive.
For Guardrail bracket,we most produced are with paint or powder coating on the surface to protect.This way can avoid rust and save cost for customer.Blue color paint is much more regular during projects. Each color we used is accoding customer's request.
1: What information does the quotation need?
Pls. offer your drawings and/or samples, quantity and packing's requirements.
2: What's lead time for samples and products?
Lead time for samples: 30-70days depend on the structure of the part and other requirements on heat treatment, machining, surface
treatment and so on.
Mass production lead time: 35-70days depend on products' characteristics and quantity.
3: What is the requirement on payment?
Tooling Cost:100% T/T advanced
Payment for the Order:30% deposit,70% to be paid before shipment.
4: What are surface treatments available?
Powder coating, Shoot Blasting, Painting, Polishing, Acid Pickling, Anodizing, Zinc Plating, Hot-dip Galvanizing, Electrophoresis,
Chrome Plating
5: What is the packing?
Normal buck packing suitable for shipment by sea and by air.
We also organize packing according to customers' requirements.
For centuries, forging has been a cornerstone in metalworking, renowned for its unrivaled efficiency and effectiveness. This timeless technique masterfully shapes raw metal without the need to melt it. Instead, the metal remains solid as skilled artisans expertly employ techniques like hammering, rolling, or pressing for precise shaping. Each forging method offers unique benefits, but all share the fundamental principle of heating metal to high temperatures, allowing for effortless and accurate shaping.
Compared to other metalworking techniques like casting, forging stands out by creating components with superior physical properties, such as outstanding tensile strength and cost efficiency. These benefits stem from the refinement of the metal's grain structure. Forging, which avoids melting the material, uses percussive or compressive forces to direct the grain to follow the flow of the final component. This process results in parts that are immensely stronger than those made through machining or casting.
CMC Forge proudly extends these exceptional forging advantages to clients across various industries. We offer an extensive array of expert forging services, meticulously tailored to satisfy a wide spectrum of application needs.
THE INTRICATE FORGING PROCESS
The forging process is composed of numerous subtypes, leading to variations in the product shaping steps. Nonetheless, most forging processes align with a similar overarching framework.
| Material | Characteristics | Application |
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| Stainless Steel | Corrosion-resistant |
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| Low Carbon and Low Alloy Steel | Easily processed Good mechanical properties Low material cost |
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| HSLA/Microalloy Steel | Good mechanical properties Low material cost Simple thermomechanical treatment |
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| Aluminum | Good strength-to-weight ratio Readily forged |
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| Aluminum A356.0 | Good strength-to-weight ratio Readily forged |
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| Nickel-Base Superalloy | Oxidation resistance Creep-rupture strength |
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| Titanium | High strength Low density Excellent corrosion resistance |
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