0.11thickness Brass Strip

Name: 0.11thickness Brass Strip
Brand: Guangyuan
SKU: 245456489

Brass strips are long, thin sheets of brass metal that can be used in a variety of applications. Brass, an alloy of copper and zinc, offers a good combination of strength, corrosion resistance, and workability.

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Why Choose Us

Our History
Heze Guangyuan Copper Strip Co. Ltd., established in 1985, is a professional and leading manufacturer of copper and brass strip (foil) for heat-exchanger fin and tube in China, with min. thickness 0.03mm and max. width 500mm.

Our Factory
Heze Guangyuan has always insisted on the business belief of "Developing business with high quality and making honesty as business criterion" and has been honored national level "Abiding by Contract and Keeping Promise" enterprise.

Our Product
Main products for heat-exchanger: copper foil for fin C14420, C14415(CuSn0.15), with minimum thickness 0.035mm, brass foil for fin C2680, with minimum thickness 0.04mm, brass strip for tube C2200, C2600& GH65F(C2680), brass strip for header plate and tank

Product Application
Copper foil for fin C14420, C14415(CuSn0.15), with minimum thickness 0.035mm, brass foil for fin C2680, with minimum thickness 0.04mm, brass strip for tube C2200, C2600& GH65F(C2680), brass strip for header plate and tank

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What is 0.11thickness Brass Strip

Production Process Of 0.11thickness Brass Strip

0.11thickness Brass Strip, a material with significant applications in many fields such as machinery, electronics and aviation, is unique in its excellent electrical conductivity, thermal conductivity and corrosion resistance. Its manufacturing process covers many precise links to ensure its high quality and excellent performance.

First, there is the stage of careful preparation of raw materials. The main components of 0.11thickness Brass Strip, copper and zinc, are mixed in precise proportions and then carefully screened and cleaned to ensure the purity of the raw materials.

Then entering the smelting process, these prepared raw materials are fed into the high-temperature furnace. As the temperature gradually increases, the raw materials begin to melt and fuse to form uniform liquid brass.

Next comes the casting process, in which liquid brass is carefully poured into a pre-designed mold. After cooling and solidification, the brass strip is initially formed.

This is followed by the rolling stage. The initially formed brass strip is fed into the rolling mill. After continuous extrusion and stretching by a series of rollers, the shape of the brass strip gradually becomes flat while reaching the required thickness and width.

This is followed by a drawing process, where the rolled brass strip is fed into a stretching machine and further stretched under the action of force, making it thinner and more regular in shape.

This is followed by the annealing phase, a critical step that removes stress in the brass strip while improving its mechanical properties through heating and holding, followed by gradual cooling to room temperature.

Finally, there is the cutting and packaging process. The annealed brass strip is precisely cut to the required length and width, then cleaned, dried, and properly packaged to become a high-quality brass strip product available on the market.

Uses of 0.11thickness Brass Strip

Car water tanks
Golden brass strips require a material that is both strong and resistant to corrosion. The use of brass strips for sale in this application ensures that the tanks are durable and reliable, even under extreme conditions.

Heat sinks
Brass trim strips are used to dissipate heat from electronic components in order to prevent overheating and damage. The high thermal conductivity of brass makes it an ideal material for this purpose, and thin brass strips can be easily shaped and manipulated to fit specific requirements.

Automotive parts
Roll of brass strip is used in the production of various parts, such as fittings, connectors, and fasteners. The strength and durability of brass make it an ideal choice for these applications, and the use of brass components can help to ensure the safety and reliability of vehicles.

Solar and wind power
Decorative brass trim strips are often used in the production of components such as bus bars and connectors. These components play a crucial role in the transmission of electricity from solar panels or wind turbines to the power grid, and the use of brass helps to ensure that the components are able to withstand the harsh conditions of outdoor environments.

Charging piles
Brass strips, like c2680 brass strip, are used to charge electric vehicles. The high electrical conductivity of brass makes it an ideal material for these applications, as it helps to ensure that the charging process is efficient and reliable.

Switch sockets
Brass stripes are used to control the flow of electricity in homes and businesses. The use of brass in these components helps to ensure that they are durable and reliable, even with frequent use.

Density of 0.11thickness Brass Strip

8.52-8.62 g/cm3
The density of brass strip is generally between 8.52-8.62 g/cm3. The density of brass strips of different brands is different, as follows:

The density of H96 brass strip is 8.85 g/cm3.
The density of H90 brass strip is 8.80 g/cm3.
The density of H80 brass strip is 8.66 g/cm3.
The density of H70 brass strip is 8.53 g/cm3.
The density of H65 brass strip is 8.47 g/cm3.
The density of H62 brass strip is 8.43 g/cm3. ‌

The density of brass strip is related to its zinc content and the type and content of impurities. For example, H96 brass strip contains a higher proportion of copper, so it has a higher density, while H62 and H65 brass strips have relatively low density due to their higher zinc content.

Standards For 0.11thickness Brass Strip

The standards for brass strips mainly include GB5232-85 and GB/T 2059-2000. Among them, the GB5232-85 standard specifies the chemical composition, main characteristics, uses, mechanical properties and heat treatment requirements of brass strips. For example, the average copper content of H62 brass strip is 62%, with excellent mechanical properties, good hot plasticity and cold plasticity, and is suitable for manufacturing various precision instruments and ship parts.

The GB/T 2059-2000 standard lists in detail different grades of brass strips, such as C2680, H62, H65, H68, H70, H80, etc., and provides information on the characteristics and applicable scope of brass strips, chemical composition, mechanical properties and heat treatment specifications. These standards ensure the quality and performance of brass strips and meet the application needs of different fields.

Characteristics Of 0.11thickness Brass Strip

01/

Good machinability: Brass strip has good plasticity and machinability, and can be easily cut, bent, stamped and stretched, etc., suitable for processing needs of complex shapes.

02/

Excellent electrical and thermal conductivity: Brass strip has high electrical and thermal conductivity, which makes it widely used in electronics, electrical and heat exchange.

03/

Corrosion resistance: Brass strip has certain corrosion resistance and can resist oxidation, moisture and some chemical corrosion, so it is suitable for some environments that require corrosion resistance.

04/

Good weldability and riveting: Brass strip can be easily welded and riveted, which is convenient for assembly and installation.

Performance Advantages Of 0.11thickness Brass Strip

Good Ductility And Deep Drawing
A high degree of ductility, which allows roll of 0.11thickness Brass Strip to be easily formed into a variety of shapes and designs. This makes them a popular choice for use in applications such as architectural trim, decorative arts, and jewelry making. Brass strips for sale can be easily cut, bent, and shaped using a variety of tools and techniques, making them a versatile material for a wide range of applications. In addition to their ductility, brass strip roll also offers good deep drawing features, which means that they can be formed into complex shapes without cracking or tearing. This makes them ideal for use in manufacturing applications where precision and consistency are important, such as automotive parts, electronics components, and household appliances.

High corrosion resistance
Brass moulding strips are highly resistant to corrosion, making them an ideal choice for use in environments where there is exposure to moisture or other corrosive substances. They are suitable for use in a wide range of applications, including plumbing, construction, and manufacturing.

Good solderability and plateability
0.11thickness Brass Strip can easily form strong bonds with other metals or materials using solder. This is due to the ability of brass to create a surface that readily accepts solder, which results in a strong and reliable bond. Good solderability is particularly important in applications that require secure and reliable electrical connections. Plateability is the ability of brass to be plated with a thin layer of another metal, such as nickel, tin, or silver. The thin layer of plating provides additional benefits, such as improved corrosion resistance, enhanced aesthetics, and better electrical conductivity.

Certifications

Our Factory

Heze Guangyuan Copper Strip Co. Ltd., established in 1985, is a professional and leading manufacturer of copper and brass strip (foil) for heat-exchanger fin and tube in China, with min. thickness 0.03mm and max. width 500mm.

FAQ

Q: What is a 0.11mm Thick Brass Strip?

A: A 0.11mm thick brass strip is a flat, elongated piece of brass metal that measures 0.11mm in thickness. Brass strips are used in a variety of applications due to their strength, workability, and corrosion resistance.

Q: What are the Common Alloys in Brass Strips?

A: Brass strips are typically made from alloys of copper and zinc, with varying proportions depending on the desired properties. Common alloys include C2600 (common brass), C2800 (free-machining brass), and C36000 (cartridge brass).

Q: Why is the Thickness of 0.11mm Significant in Brass Strips?

A: The 0.11mm thickness is significant as it offers a good balance between strength and flexibility. It is suitable for applications requiring thin, lightweight components with high workability.

Q: What are the Physical Properties of a 0.11mm Thick Brass Strip?

A: A 0.11mm thick brass strip has high malleability and ductility, making it easy to bend and form. It also exhibits good corrosion resistance, especially in marine environments, and has a shiny, attractive finish.

Q: What are the Common Uses of 0.11mm Thick Brass Strips?

A: 0.11mm thick brass strips are used in a variety of applications, including electrical connectors, decorative elements, musical instruments, and in the production of coins and medals.

Q: How is a 0.11mm Thick Brass Strip Made?

A: A 0.11mm thick brass strip is made through a series of processes including melting, casting, rolling, and annealing. The final rolling process reduces the thickness to 0.11mm while maintaining the desired properties.

Q: How Does a 0.11mm Thick Brass Strip Differ from Other Thicknesses?

A: Compared to thicker brass strips, a 0.11mm thick strip is more flexible and lighter. It may not be as strong or durable as thicker strips, but it is ideal for applications requiring thin, lightweight components.

Q: What are the Mechanical Properties of a 0.11mm Thick Brass Strip?

A: A 0.11mm thick brass strip typically has a tensile strength of around 300-500 MPa, depending on the specific alloy. It also has good elongation and is highly malleable.

Q: What are the Electrical Properties of a 0.11mm Thick Brass Strip?

A: While not as conductive as copper, 0.11mm thick brass strips can still be used in certain electrical applications due to their reasonable conductivity combined with their mechanical strength and corrosion resistance.

Q: Can 0.11mm Thick Brass Strips Rust?

A: Brass is resistant to rust due to the presence of zinc, which forms a protective layer on the surface. However, it can tarnish over time, especially in humid environments.

Q: How is a 0.11mm Thick Brass Strip Used in the Electronics Industry?

A: In the electronics industry, 0.11mm thick brass strips are used in the production of connectors, terminals, and other components where their conductivity, strength, and resistance to tarnish are beneficial.

Q: What Precautions Should be Taken When Working with 0.11mm Thick Brass Strips?

A: When working with 0.11mm thick brass strips, it is important to use appropriate safety gear, such as gloves and safety glasses, to prevent injury from sharp edges. Also, ensure proper ventilation when cutting or welding to avoid inhaling metal dust.

Q: How are 0.11mm Thick Brass Strips Cut and Shaped?

A: 0.11mm thick brass strips can be cut using scissors, shears, or CNC machines. Shaping can be done by bending, rolling, or stamping, depending on the desired form and the properties of the brass alloy.

Q: What are the Finishing Options for a 0.11mm Thick Brass Strip?

A: Finishing options for a 0.11mm thick brass strip include polishing, plating, and anodizing to improve its appearance, enhance its resistance to corrosion, and tailor its surface properties to specific applications.

Q: How are 0.11mm Thick Brass Strips Inspected for Quality?

A: Quality inspection of 0.11mm thick brass strips typically includes visual checks for defects, measurements for thickness and width consistency, and testing for mechanical properties such as tensile strength and elongation.

Q: What are the Environmental Considerations of Using 0.11mm Thick Brass Strips?

A: Brass is a recyclable material, and its use can contribute to sustainable manufacturing practices. However, the production and disposal of brass strips may generate waste that needs to be managed properly to minimize environmental impact.

Q: How are 0.11mm Thick Brass Strips Stored to Prevent Damage?

A: 0.11mm thick brass strips should be stored in a dry, cool place to prevent tarnishing and damage from moisture. They should be protected against sharp objects and heavy loads that could cause bending or scratches.

Q: What is the Cost Implication of Using 0.11mm Thick Brass Strips?

A: The cost of 0.11mm thick brass strips can vary depending on the price of raw materials, the alloy used, and the manufacturing process. Thinner strips may have a higher cost per square meter due to the precision required in their production.

Q: How are 0.11mm Thick Brass Strips Used in the Automotive Industry?

A: In the automotive industry, 0.11mm thick brass strips are used in the production of decorative trims, heat exchangers, and components that require a combination of strength, corrosion resistance, and workability.

Q: Where Can 0.11mm Thick Brass Strips be Purchased?

A: 0.11mm thick brass strips can be purchased from metal suppliers, hardware stores, and online retailers that specialize in metals and industrial materials.

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