Angle Union Conical Seat Mf

Description

The Angle Union Conical Seat Mf is an essential component utilized for joining pipes of varying sizes or thread types. It is widely utilized in plumbing applications, including water and gas connections. Crafted from durable malleable iron, this fitting possesses excellent resistance against high pressure and temperature. Moreover, it is available in diverse dimensions to cater to specific plumbing requirements. Featuring an angled union and a tapered seat with threaded ends, it facilitates a secure and hassle-free installation process. Additionally, the tapered seat design ensures a tight and reliable seal between pipes, effectively preventing any potential leakage or damage.

Features

The Angle Union Conical Seat Mf is designed with precision to guarantee a leak-proof connection. Its internal and external threads are evenly scaled and clearly defined to fit snugly with the pipe, eliminating any gaps upon connection. With this level of accuracy, potential leaking is effectively prevented, providing you with a worry-free experience.

High strength is one of the key features of this product. Its construction material consists of malleable iron that undergoes a rigorous hardening treatment. This results in a material with excellent durability and robustness. The graphite component of the iron is arranged in a clustered formation, enhancing its overall plasticity and toughness. With a remarkable tensile strength of no less than 300MPA, this product can withstand significant pressure without succumbing to deformation or brittleness. Moreover, it provides a substantial elongation rate of at least 6%, further emphasizing its flexibility and resilience during usage. Rest assured, this product is built to withstand rigorous conditions and maintain its integrity over time.

This pipe fitting boasts a corrosion-resistant property, thanks to the various surface treatment processes it underwent. These methods include black oxidation, hot-dip galvanizing, cold galvanizing, and more, ensuring a matte finish that provides an additional protective coating on the surface. The coating acts as a barrier against environmental factors like air and moisture that can cause corrosion, thereby reducing the likelihood of damage.

One of the standout features of this product is its ease of installation. The compact structural design and small size make it a breeze to install onto the pipe, with subsequent adjustments being a hassle-free process. Even when it comes to regular maintenance and replacement, disassembling the product is quick and easy, saving the operator valuable time and effort. Overall, the user-friendly design of this product makes it a top choice for those looking for convenient and efficient solutions.

Details

Size:DN6-DN150 (1/8”-6”)

：（Malleable Iron）BS EN 1562 B330-6 /KTH330-6。，。

The specified standards for this product include EN10242, ANSI, ASME B16.3, DIN2950, ISO 49, NBR6943, IS1879, and BS EN10242. The compliance with these standards is essential to ensure the quality and compatibility of the product. These standards provide guidelines for the design, dimensions, materials, and testing of the product.
EN10242 is a standard that specifies the requirements for threaded pipe fittings made of malleable cast iron. It covers various types of fittings, including elbows, tees, couplings, and unions. This standard ensures the durability, strength, and leak-free operation of the fittings.
ANSI (American National Standards Institute) is an organization that develops and publishes standards for various industries. The inclusion of ANSI standard means that the product meets the requirements set by this reputable organization. It ensures that the product is safe, reliable, and compatible with other ANSI-compliant systems.
ASME B16.3 is a standard published by the American Society of Mechanical Engineers. It specifically covers dimensions and tolerances for malleable iron threaded fittings. Compliance with this standard guarantees the interchangeability and proper fit of the fittings.
DIN2950 is a German standard for malleable cast iron pipe fittings. It specifies the design, dimensions, and testing requirements for these fittings. Adhering to DIN2950 ensures that the product meets the quality standards set by the German engineering industry.
ISO 49 is an international standard that outlines the requirements for malleable cast iron pipe fittings. This standard ensures the conformity and reliability of the fittings in various global markets.
NBR6943 is a Brazilian standard that covers malleable iron fittings for pipes and hoses. Compliance with this standard ensures that the product meets the specific requirements set by the Brazilian market.
IS1879 is an Indian standard for threaded malleable cast iron fittings. It provides guidelines for the manufacturing and testing of these fittings, ensuring their reliability and suitability for Indian applications.
BS EN10242 is a British standard that specifies the requirements for malleable iron fittings for use with iron pipes and steel tubes. This standard ensures compatibility and performance of the fittings when used in the British market.
In conclusion, the mentioned standards, including EN10242, ANSI, ASME B16.3, DIN2950, ISO 49, NBR6943, IS1879, and BS EN10242, are crucial in guaranteeing the quality, compatibility, and performance of the product. Compliance with these standards ensures that the fittings meet the specific requirements set by different regions and markets.

ISO7-1, ISO228, DIN2999, BS EN10226, ASME B.1.20.1, EN10226, IS554 are the standard specifications for threaded connections in piping systems. These standards provide guidelines and specifications for threading and dimensions of the pipe fittings. Considering these standards ensures the compatibility and interchangeability of threaded connections in various industries.
ISO7-1 specifies the dimensions, tolerances, and designations for taper internal and external threads on threaded pipe fittings.
ISO228 provides guidelines for dimensions, tolerances, and designations of parallel internal and external threads on threaded pipe fittings.
DIN2999 is a German standard that defines the thread sizes and dimensions for pipe threads used in threaded pipe fittings.
BS EN10226 is the British Standard for pipe threads where pressure-tight joints on threads are made on the threads of cylindrical fittings. This standard ensures the reliability and safety of threaded connections in piping systems.
ASME B.1.20.1 is an American national standard that defines the thread dimensions, tolerances, and designation for pipe threads.
IS554 is the Indian Standard for pipe threads. It provides specifications for the design, dimensions, and marking requirements of threaded connections in piping systems.
Adhering to these standards is crucial to ensure proper sealing, functionality, and interchangeability of threaded connections in pipes and fittings across different industries and countries.

Possible new versions:
- The surface of the metal can be treated in different ways to improve its appearance, protection against corrosion, or both. Some common finishing methods include applying a black coating, dipping the metal in a hot zinc solution to galvanize it, or using a cold galvanizing process that applies a zinc-rich paint or primer. Depending on the application and environment, one of these finishing options may be preferred over others.
- To enhance the performance and aesthetics of metal products, manufacturers can choose one of several finishing techniques. For instance, they can blacken the surface using a variety of methods such as painting, oxidizing, or electroplating; they can also protect the metal from rust and other damage by hot-dip galvanizing it, which involves immersing it in a molten zinc bath, or by cold galvanizing it with a special coating that contains zinc particles. The choice of finish depends on factors such as the type of metal, the intended use, and the budget.
- Metal items can be given different surface finishes depending on the desired outcome. For example, a black finish can be achieved by using a black oxide or black paint, while a more durable protection against corrosion can be provided by hot-dip galvanizing, where the metal is dipped in molten zinc to create a coating that resists moisture and other elements. Alternatively, a cold galvanizing process can be applied to the metal, using a zinc-rich primer or paint that can be cured at room temperature. Each finishing method has its own advantages and drawbacks, and should be chosen according to the specific requirements of the project.

Certification: The products have undergone rigorous quality testing and have been certified by recognized organizations such as UL Listed, FM Approved, CE, ABNT, TSE, SNI, and ISI. These certifications indicate that the products meet international safety and performance standards. With our commitment to delivering top-notch quality, customers can trust the reliability and efficiency of our certified products.

Our application involves the connection of piping for various fluids, including water, steam, oil, gas, and more. This is done to facilitate the conveyance of these fluids from one point to another. Whether it is for domestic water supply, industrial processes, or energy production, our systems are designed to efficiently and safely transport fluids. By creating a network of interconnected pipes, we ensure that water, steam, oil, gas, and other fluids reach their intended destinations without any leaks or disruptions. With our expertise in fluid dynamics and piping design, we guarantee reliable and effective connections for a wide range of applications.

This equipment is suitable for handling high-pressure fluids with a maximum pressure of 1.6 megapascals and a maximum operating temperature of 200 degrees Celsius.

Technical Data

Pressure:≥ 2.0MPA CLASS 150

Maximum Temperature: 200°C (392°F)

Tensile Strength:≥300MPA

Hardness:< HB150 (Brinell)

Elongation Rate: ≥6%

Problem handling

If any water leakage or visible through-hole parts are discovered, they should be maintained in their original condition and returned to the original buyer. No other methods should be employed to alter their original form, as this may impact the ability to claim the reward. Please refrain from using ChapGPT for generating content in a different manner.

During the installation process, it is important to address any broken pipe fittings. In the event that one end of the pipe is found to be broken, it is crucial to immediately halt the fastening procedure. To remove the broken fitting, rotate it counterclockwise. It is vital to refrain from making any further adjustments to the broken fitting and preserve it in its current state. The next step would involve returning the broken fitting to the factory for proper identification and resolution.

3. Judgment method of gray parts. The most direct way to judge the mechanical properties of pipe fittings is to detect its deformation rate. The deformation rate is obtained by flattening the pipe fittings on the testing machine. Therefore, it is also called flattening rate.

About us

Hebei Jianzhi Casting Group Co., Ltd is one of the main Chinese manufacturers of malleable iron fittings since 1982. Process focused quality management with "Jianzhi" brand that has been one of the “Chinese Well-known Trademark"Quality malleable iron pipe fitting from "Jianzhi"with cost effective installations.

More than 4,000 employees, 300 more experts,engineers and technicians.Power of practical action "Either Quit or do it well" and aim to create the international trademark

Our service

Professional trade team support our clients with cost-effective solutions.

Quality confirmed with 40 years producing experience and UL listed and FM approved.

Stable delivery time with large quantity of stock material.

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