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SCGC™ HDPE pipe compounds are manufactured using Mitsui’s bimodal technology with a high efficiency catalyst specifically designed for pipe applications.
Our world-class standard properties are: excellent processability, a good long term creep property, high resistance to slow crack growth, resistance to rapid crack propagation, and low sagging for big size pipes.
Our materials, SCGC™ HDPE, are on the PE100+ Quality Materials List. They passed testing and are certified for worldwide standards by internationally recognized bodies, such as EXOVA, GOST, DIN, AENOR, LNE, INSTA, and KRV.
The SCGC™ HDPE pipe compounds are available in various grades for both pressure and non-pressure pipe applications, such as water pipes, gas pipes, mining pipes, and drainage pipes.
In the rapidly transforming global mining industry, polyethylene (PE) pipes are emerging as a revolutionary component. These robust pipes, built to withstand harsh environments, are essential for efficient operations and are redefining the future of mining infrastructure. The global mining pipes market is booming, expected to expand at a CAGR of 6-7%, with high-density polyethylene (HDPE) capturing almost 75% of overall pipe usage.
The rising demand for minerals and metals, surging investments, and rapid innovations in mining processes are significantly contributing to the increasing demand for mining pipes. However, the industry faces challenges such as stringent environmental regulations, rising operational costs, and the need for enhanced safety and security measures.
HDPE pipes, holding a dominant share in the global market, offer several advantages. They are well-suited for rugged terrain, abrasion-resistant, corrosion-resistant, and ensure efficient fluid transportation with zero leakage. Moreover, their recyclability contributes to environmental sustainability.
For more detailed insights, we encourage you to download the full content or contact our industry experts through 'Contact Us' and selecting 'pipe system' as your topic.
In the intricate landscape of mining operations, the selection of the right pipeline material stands as a cornerstone for ensuring seamless functionality and durability. In some highly abrasive mine, the tailing polyethylene pipe need to be replaced quite often resulting in excessive time and cost of pipeline replacement. “A Guide to Choose Polyethylene Pipe” emerges as a pivotal resource, meticulously crafted to guide industry professionals through the nuanced decision-making process of pipeline selection.
This offers an in-depth comparative analysis of PE100, PE112, and the cutting-edge PE-VHAR pipes, representing their distinct characteristics and their tailored fit for varying mining environments. It underscores the paramount importance of abrasion resistance, pressure handling capabilities, and environmental sustainability.
Choosing the right polyethylene for your mine is a beacon for strategic decision-making that paves the way for cost-effective and high-performing mine operations which can lead to cost savings and sustainable mining solutions. For more details, please download from this link: https://bit.ly/3UWkn3H
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Choosing the right pipe material is crucial for the longevity and efficiency of your infrastructure. Whether it's for water distribution, gas transportation, or mining operations, the material you select can make or break your project. The wrong choice can lead to catastrophic failures, frequent maintenance issues, and significant financial losses.
In this post, we'll explore the hidden risks and severe consequences of opting for the incorrect pipe material, and how making informed decisions can save you from unnecessary headaches and expenses. Dive in to learn why material selection is not just a technical detail, but a critical factor in the success of your projects.
For more details, please download from this link: https://bit.ly/3XLGLyy
Irrigation System, Pipe System
SCGC™ LLDPE D682PC is a black linear low density polyethylene compound. Well dispersed carbon black creates outstanding UV resistance and thermal stability.
Pipe System
SCGC™ HDPE H1000PBL is a blue (no lighter than RAL 5005), bimodal, high density polyethylene compound that is specially designed for water pressure pipe, especially for drinking water pipe. SCGC™ HDPE H1000PBL is designed as PE100 pipe providing excellent in mechanical properties, and processablitiy. Well dispersed UV stabilizer and anti-oxidant which also provide outstanding UV resistance and high thermal stability for long term using.
Pipe System, Underground Application
SCGC™ HDPE H1000PC is a black, bimodal technology, high density polyethylene compound classified as MRS 10.0 material (PE100) providing superior in mechanical properties and processablity. In addition, it includes a good dispersion of carbon black pigment and anti-oxidant to ensure excellent long term in UV resistance and thermal stability.
Pipe System, Underground Application
SCGC™ HDPE H1000PCH is a black, bimodal technology, high density polyethylene compound. It is classified as a PE100RC material with excellent resistance to crack, following the material requirements of EN1555-1:2021, EN12201-1:2024, ISO4437-1:2024
Pipe System, Underground Application
SCGC™ HDPE H1000PCI is a black, bimodal technology, high density polyethylene compound classified as MRS 10.0 material (PE100) providing superior in mechanical properties and processablity. It is particularly designed for injection molding for pipe fittings.In addition, it includes a good dispersion of carbon black pigment and anti-oxidant to ensure excellent long term in UV resistance and thermal stability.
Pipe System
SCGC™ HDPE H1000PWI is a white HDPE compound made for external coating on SCGC™ HDPE H1000PC for above ground pipe applications. It provides high mechanical properties, good processability, and low heat absorption. In addition the good dispersion and high concentration of stabilizers contribute excellent long term UV resistance and thermal stability.
Pipe System, Underground Application
SCGC™ HDPE H112PC is a black high density polyethylene compound producing from high selective catalyst in the precise process control system, bimodal technology. SCGC™ HDPE H112PC is classified as MRS 11.2 material (PE112). It provides superior long-term hydrostatic strength balancing with high slow crack growth and rapid crack propagation resistance. It has been designed for better safety factor in long-term use. Besides that, it can be produced in all ranges of pipe diameters, especially recommended for the production of very thick wall and large diameter pipe.
Pipe System, Underground Application
SCGC™ HDPE H5211PC is a black, bimodal technology, high density polyethylene compound classified as MRS 8.0 material (PE80) providing superior in mechanical properties and processablity. SCGC™ HDPE H5211PC also shows excellent resistance to rapid crack propagation and slow crack growth. In addition, it includes a good dispersion of carbon black pigment and anti-oxidant to ensure excellent long term in UV resistance and thermal stability.
Pipe System
SCGC™ HDPE S1000P is a natural, tri-modal, high density polyethylene resin designed as a general base resin of color compound for pipe extrusion and stripe.
Pipe System
Polyvinyl Chloride Homopolymer having low molecular weight, is white and free-flowing resins produced by suspension polymerization process. The resin can easily blend with variety of additives to achieve desired qualities needed in many applications. Applications are ranging from general purpose to special products regarding customer's satisfactions
