How To Choose the Right Polymer Plastic Manufacturer for Clean Energy Projects

Finding the right plastic supply company can lead to innovation and market advancements in clean energy. Many factors are at play in custom plastic manufacturing, from material selection to technical capabilities and customer service. Knowing which company suits your clean energy projects requires a discerning eye. This article provides insights on how to find the best plastic supply company for your needs.

Are They Committed to High Quality Standards?

Premium materials and advanced technology aren’t enough to guarantee satisfying service. Consider a company’s commitment to industry standards and how they meet them, from rigorous inspections to conformance certifications. A reliable plastic supplier, like New Technology Plastics, works tirelessly to uphold the highest quality standards, from design to manufacturing and distribution.

Ask prospective companies how frequently and through what processes they conduct quality checks. This is essential for protecting your company’s reputation in the demanding clean energy industry. Since component quality impacts the long-term success of renewable energy, it’s essential that you work with the best custom plastic suppliers.

Do They Provide Reliable Customer Service?

Customer service makes an equally significant impact on the outcome of clean energy projects. Response time, problem resolution, order tracking, and plastic distribution efficiency dictate whether you meet your project deadlines and how easily you solve problems, which, if not promptly addressed, can lead to significant energy losses.

New Technology Plastics guarantees a streamlined customer service experience, with a highly trained team and low minimum orders designed to cater to various project demands. We can also offer engineering support to ensure each component meets your exact specifications with realistic tolerances and precision geometries. Our rapid processing and delivery speed up turnaround times to help you keep up with fast-paced advancements in clean energy.

Which Materials Do They Utilize?

As with construction, quality materials make or break your clean energy projects. Choose a plastic supply company with a wide range of materials to guarantee you find the ideal plastic products for your needs. At New Technology Plastics, we maintain an inventory of general-purpose and high-performance plastics, including Nylon, PEEK, Kydex, Boltron, and more. This variety allows our team to design custom plastic solutions that meet your exacting needs while guaranteeing a polished finish.

How Close By Are They?

The closer your plastic supply company is, the easier it will be to streamline acquisition and meet project timelines. A plastic supplier who is closer to you will reduce shipping costs, lowering the overall cost of your projects. Research a company’s shipping processes and turnaround times to ensure you select a partner who won’t cause unexpected delays. Proximity also allows for more personalized customer service, as a company that understands your industry and regional needs will better assist you.

What Are Their Technical Capabilities?

Clean energy projects have demanding specifications with intricate components working together to yield the most energy with the greatest efficiency. A custom plastic company with cutting-edge tools and advanced capabilities will help your company stay ahead of the game with innovative solutions. These technical capabilities include custom plastic fabrication, CNC machining, tooling, and engineering assistance with the latest CAD-CAM software.

New Technology Plastics provides a wide selection of materials and technical services to clean energy companies. We offer quality assurance with flawless documentation and thorough final inspections. We’re proud to be the trusted plastic supplier for the clean energy industry and other demanding companies, such as construction and aerospace. Experience next-level quality with New Technology Plastics! Contact us to learn more.

How High-Performance Plastics Are Changing the Construction Industry

High-performance plastics are a versatile solution for construction companies. They provide a host of benefits, from increased durability to time-saving advantages. A custom plastic company can provide various components for residential and commercial construction projects with realistic tolerances and a pristine appearance. This article explores the many ways that high-performance plastics are revolutionizing the construction industry.

Increased Resistance and Longevity

Since metal and wood are common materials in construction projects, corrosion and rot are common concerns for construction companies. Unless these materials are treated with a costly, time-consuming process, they can fall prey to the ravages of time, especially if exposed to harsh weather. Fortifying these materials against rot and corrosion increases the expenses for construction companies and costs for those seeking their services. 

However, high-performance plastics don’t require treatment, as they are corrosion-resistant and won’t rot. Many plastics are designed and manufactured to withstand significant heat and harsh chemicals without deteriorating. High-performance plastics increase overall durability, increasing longevity for maximum ROI. Partnering with a trusted plastic supply company can save construction companies and clients thousands in material costs and future repairs.

Better Weight-to-Durability Ratios

While high-performance plastics offer increased durability, they can also reduce material weight and associated costs. Wood and metal are heavy, making them difficult and costly to transport to the building site, to say nothing of the increased risks of injury during installation. On the other hand, high-performance plastics are much lighter, making them easier and cheaper to transport. They’re also safer to work with, minimizing injury risks on construction sites. A plastic distributor can simplify material acquisition to reduce overall construction costs.

Changes to Finish Work

Wood and metal require extra steps to give them a “finished” appearance. This increases the time needed to complete construction projects and requires additional costs for the tools and materials to finish wood and metal. Thanks to custom plastic thermoforming, plastic fabrication, and CNC machining, plastic components are made to look picture-perfect once installed, no “finishing” procedures necessary. Since construction projects are so labor-intensive, any time-saving strategies will advance your reputation and reduce associated costs.

Partner with a plastic supply company to select from a wide range of materials, with varied colors and endurance capabilities. You’ll find everything you need for nearly every aspect of a construction project, from window frames to plumbing fixtures. Advanced tools like CNC machining and custom plastic fabrication ensure each component meets your specifications, saving you the hassle of on-site adjustments.

Improved Insulation Efficiency

Insulation is one area where high-performance plastics are making a huge impact. Plastic is exceptionally versatile and can be used for doors, walls, windows, pipes, and frames with insulation capabilities. Unlike traditional insulation, high-performance plastics can be manufactured to be fire resistant, reducing the risks of fires and boosting occupant safety. These advantages allow construction companies to create safe, comfortable buildings with minimal expenses and maximum efficiency.

Custom plastic distribution empowers construction companies to meet their deadlines while maintaining exceptional standards. If you’re looking for a reliable partner, New Technology Plastics can help. We’re a global leader in custom plastic fabrication and design, utilizing the most advanced technology and software to craft impeccable plastic components. Call New Technology Plastics today at 866-687-0700 or contact us online to learn more.

Why High-Performance Plastics Are the Ideal Solution for Semiconductor Production

Semiconductors are essential in communications, renewable energy, and the automotive industry. Due to the corrosive chemicals involved, their production is a highly sensitive process held to strict environmental and safety standards. One way to maximize safety and guarantee optimal functionality is to utilize high-performance plastics for components and tools. These plastics ensure high purity levels and prevent waste. Read on to learn how a plastic supply company elevates semiconductor production and the industries that rely on it.

Custom Plastics Are Static Dissipative

Semiconductor production is a delicate process. Even a single shock can damage an IC chip’s circuitry, so working in a clean, static-free environment is vital. However, accidents happen, which is why static dissipative plastic components are valuable in semiconductor production. This means they help ground charges to prevent them from destroying sensitive elements. Partnering with a plastic supply company protects your valuable assets during production.

They Perform Well in Extreme Temperatures

Extremely high temperatures can damage subpar materials and, in some cases, spark accidental fires that threaten workers and their materials. However, high-performance plastics can reduce the likelihood of fires and heat-related damage to semiconductors and associated components. Custom plastic fabrication can be utilized to create non-flammable plastic parts for semiconductors. This feature improves worker safety and protects costly products and your facility from accidental damage.

Corrosion and Chemical Resistance

High temperatures aren’t the only concern for those in the semiconductor industry. During processes like acid etching and chemical rinsing, materials are exposed to corrosive chemicals, including nitric acid, ozone, hydrofluoric acid, and hydrochloric acid. These chemicals can easily corrode metals and cause semiconductor failure, to say nothing of the particles they’ll shed into the atmosphere. Custom plastic manufacturing utilizes corrosion-resistant plastic materials, which prevent damage and contamination.

Reduce Rates of Outgassing

Maintaining a clean, highly controlled environment during semiconductor production is vital to protect sensitive components and nearby people. Unfortunately, many plastics and other materials have high rates of outgassing, or releasing chemicals into the atmosphere due to high temperatures and humidity. These chemicals are toxic to the environment and people, underscoring the importance of high-performance plastics with low outgassing rates. A plastic supply company can deliver custom-fabricated parts made from semiconductor plastics like HDPE and polycarbonate. Lower outgassing rates mean higher safety!

Save Money on Production

Semiconductor production is a costly endeavor. The industry welcomes any way to reduce expenses, which is why many companies are switching to high-performance plastics for tools, materials, and filtration systems. The versatility of custom plastic fabrication allows companies to acquire precision instruments for a fraction of the cost of other materials. It’s far and away the most cost-effective option for semiconductor production.

Affordable Plastic Solutions from New Technology Plastics

New Technology Plastics serves the semiconductor industry with expertise, premium plastics, and cutting-edge tools. Our engineers utilize the latest CAD-CAM software to design precision components. Then, we use CNC machining, plastic fabrication, and in-house tooling to bring them to life with exceptional craftsmanship. We offer streamlined delivery and low minimum orders to cater to your project’s needs, whether big or small. Call New Technology Plastics today at 866-687-0700 or contact us online to request a quote.

Oil & Gas Operations: Top Advantages of Utilizing Custom Plastics

The oil and gas industry is central to modern society. As the industry expands, oil rigs are being constructed in ever-harsher climates, from hot deserts to frigid oceans. While metal is often used in oil rig components, high-performance plastics are better suited. They have advantages for oil rig companies and workers looking to save money while enhancing operational safety and efficiency. Read on to learn why oil and gas companies prefer custom plastic manufacturing and distribution to traditional materials!

Lighter Weight Increases Buoyancy

Buoyancy is a critical trait in oil rig functionality. It dictates how much strain is placed on the support beams and, therefore, how frequently they’ll need repair. Utilizing custom plastic thermoforming to create oil rig components like pipes and bearings reduces the overall weight and increases buoyancy, which reduces strain on the support beams. This prolongs the oil rig’s lifespan and increases structural integrity without sacrificing the quality of the individual components.

Corrosion-Resistant Properties

Oil and gas mechanisms are exposed to various corrosive forces, including saltwater and natural gases like “sweet” and “sour” gas. High-performance plastics like high-density polyethylene can endure corrosive chemicals and substances without significant deterioration, which preserves the integrity and functionality of an oil and gas operation. A plastic supply company can provide bearings, bushings, pipes, valves, and gland seals made from high-performance plastics to guarantee safe, effective operations and longevity.

Simple Design and Installation

A plastic supply company utilizes cutting-edge technology, such as CNC machining, advanced tooling, and custom plastic thermoforming, to create various components with precise measurements. Advanced CAD-CAM software allows engineers to design components of all shapes and sizes with realistic tolerances, regardless of design complexity. 

This versatility makes it easier to produce replacement oil rig parts that match the old ones, reducing delays due to challenges with component sourcing. The precision design of plastic oil parts also makes them easier to install, so you can keep your oil and gas operations running smoothly to meet quarterly or yearly deadlines.

Improved Operational Economy

Investing in custom plastic fabrication can save you money in the long run. High-performance plastics are corrosion resistant and have a lower friction coefficient, which means they last longer than traditional oil rig materials. This results in less frequent replacements and prevents interruptions to oil and gas operations, allowing companies to increase their productivity. You’ll also save money and time on shipping damage or replacement components to and from the rig. When it comes to operational economy, there’s no better choice than custom plastic fabrication from a reputable plastic supply company!

Temperature and Flame Resistance

Oil operations often require placing tools and components in harsh environments, including the scorching temperatures of downhole piping and frigid subsea temperatures. These extreme environments can quickly deteriorate lower-quality materials, but high-performance plastics can withstand them with little to no impact. Custom plastic components, which can function from -320ºF to 930ºF, guarantee operational integrity, reduce interruptions and delays, and prevent costly repairs.

Find Premium Plastic Solutions at New Technology Plastics

New Technology Plastics maintains an inventory of general-purpose and high-performance plastics to meet the needs of the oil and gas industry. We employ a team of expert engineers and utilize cutting-edge tools, such as CNC machines and in-house tooling, to craft custom plastic components to your precise requirements. These services are complemented by exceptional customer support and industry specialists. Call New Technology Plastics today at 866-687-0700 or contact us online to request a quote.

The Role of High-Performance Plastic in the Defense Industry

While military gear has traditionally been made from metal, high-performance plastic materials are revolutionizing the design and manufacturing of these critical tools and machinery. These plastic solutions offer numerous advantages, especially given their lighter weight in relation to traditional materials. In fact, some estimates state that plastics reduce per-soldier equipment loads by up to 50 percent. Read on to learn how working with a custom plastic distributor can help you meet challenges on and off the battlefield.

Reinforce Vehicle Armor

High-performance plastics are often combined with multi-layered steel, titanium, fiberglass, and Kevlar to reinforce defensive strength. The primary advantage of these high-performance plastic resins is their light weight, reinforcing heavy defense machinery without adding excessive mass. This is important for maintaining maneuverability. If you want to reduce weight, a custom plastic distributor can help you source lightweight alternatives.

Advantages for Drones

Drones, also known as unmanned flying devices, rely on lightweight but durable materials to ensure they can lift off and maneuver properly through the air. Since this technology is being adapted to automated or remote-controlled jets, also known as stealth drones, high-performance plastics are becoming increasingly popular. These lightweight, polymer-shielded fighters provide unparalleled advantages, enhancing stealth to make them practically invisible to enemy radars.

Location Recognition

Tracking military personnel and first responders is critical for delivering emergency assistance, evacuating personnel, or relaying up-to-date information about a given landscape. While many technologies exist to track personnel within structures, such as GPS-based tools, few similar devices exist to track in outdoor locations. 

However, high-performance polymers allow for the creation of AI-driven tools that collect data about a given region and relay it via handheld or wearable technology. This is critical for alerting military personnel of nearby dangers.

Enhanced Field Gear

While Kevlar is the material of choice for most military field gear, high-performance plastic polymers offer unique advantages. For example, a “passive intelligent” body armor is being developed, which hardens on impact but remains semi-viscous when not in use, affording greater flexibility and range of movement.

Other exciting possibilities for high-performance plastics in the defense industry include interconnected bodysuits that work via wireless connectivity with explosion-resistant headgear, cameras, night vision, and head-mounted displays. This comprehensive setup enhances efficiency and provides greater capabilities to military personnel in various situations. All of this and more is possible with the help of a reliable plastic supply company!

Stealth Improvements

Stealth is one way that military personnel gain an upper hand on the enemy, going undetected to achieve high-pressure goals with minimal risk. Unfortunately, metal machinery can be detected by electromagnetic radar/sonar and infrared technologies. Non-conductive and insulated plastic materials are now being used to achieve the same goal without the risk of detection.

These technologies include helicopters with polymer foam blades and polymer matrix-based coatings that prevent traditional machinery from being detected. These are just a few of the ways that custom plastic thermoforming can enhance defense capabilities through stealth improvements.

Custom Plastic Solutions for Defense

New Technology Plastics leverages industry expertise to bring military personnel custom plastic solutions. We inventory a wide selection of high-performance and general-purpose plastics in sheet, rod, tube, and films. We have in-house engineers who utilize the latest CAD-CAM software and over 25 advanced CNC machines, which allow us to meet your needs regardless of project size. Call New Technology Plastics today at 866-687-0700 or contact us online to request a quote.

How To Choose the Best High-Performance, Medical-Grade Plastics

Medical devices have unique requirements based on their intended use and industry regulations, so knowing which high-performance plastics are right for your medical device can be tricky. This guide provides a comprehensive overview of how to choose the right medical-grade plastics for medical devices and tools.

What Is the Purpose of the Medical Device?

When looking for medical-grade plastics, the first question to consider is whether they will come into contact with the human body and, if so, for how long. Choose biocompatible plastics that are hypoallergenic and safe for long-term contact for any single-use device that must contact the human body. If you’re looking for multi-use components, you’ll need to consider biocompatibility as well as mechanical strength, sterilization, and chemical resistance.

The intended use of your medical device significantly impacts the materials and plastic supply distribution you choose. Always check the track record of materials and whether they follow regulatory rules for optimal patient safety.

Are There Regulatory Requirements for Medical Injection-Molded Devices?

Check whether your medical device must be manufactured in a white room (an ultra-clean, controlled space that prevents contamination) or meet other regulatory standards. There are three major regulatory standards that high-quality plastic products must meet for use in the medical field: CGMP, ISO certification, and FDA registration. There are, of course, more specific certifications depending on the intended use of your medical device.

For example, ISO 9001: 2015 certifies that plastic manufacturers meet quality management standards, essential for patient safety. CGMP (Current Good Manufacturing Practices) and FDA regulations certify that a plastic supply company follows government regulations. Other certifications include Installation Qualification (IQ) and Operational Qualification (OQ), essential for reliable, consistent, and safe medical use.

Choose Plastic Resins Based on Function

Your device’s intended use dictates the demands it will have to meet, so you’ll want to invest in plastic components that suit those demands. For example, if you need a strong device housing, you’ll want to invest in durable materials like polycarbonate or ABS. There are many custom plastic materials with unique attributes and advantages, like flexibility, strength, and rigidity. Choose the high-performance plastic material that meets your needs to maximize efficacy for patients and medical professionals.

Know If You Need a Biocompatible Plastic Resin

Biocompatible plastics are a staple of the medical field. They are designed to interact with the human body without triggering an immune response, exacerbating allergy symptoms, or harming patients. If your plastic device will be inside or in contact with the human body for a long time, you’ll need specialized materials to ensure safe use.

There are many ways to find biocompatible materials, like searching for FDA-regulated plastic resins or using product sourcing sites. One of the most reliable ways is to trust a plastic supply company with industry expertise. They can advise you on the best plastic resins for your intended use and supply accurate components with custom plastic fabrication.

Common Medical Devices Made from Plastic Molds

One of the benefits of high-performance plastics is their versatility. They can be used to make various medical devices and equipment, especially through custom plastic fabrication, which results in precision measurements and reliable functionality. Knowing which components can be manufactured with high-performance plastics will make it easier to decide. Some of the most common examples include syringes and needles, diagnostic equipment housing, surgical tools, and drug delivery systems.

You can streamline your supply by choosing a comprehensive custom plastic fabrication service from New Technology Plastics. We work with high-performance and general-purpose plastics to design, produce, and distribute medical tools and devices. Our in-house engineer team and advanced CAD-CAM software ensure each product meets your specifications. Call us today at 866-687-0700 or contact us online to request a quote.

Innovative Plastic Component Manufacturing Techniques for the Aerospace Industry

The aerospace industry requires consistent, high-performance components manufactured to precise specifications. While many plastic manufacturing methods are available, some stand out for their efficiency and accuracy. 3D printing, CNC machining, and injection molding, for example, can create complex and versatile components that meet the industry’s competitive standards. This article explores the benefits of each technique for aerospace plastic manufacturing and aircraft performance.

3D Printing

3D printing refers to an intricate network of technologies that manufacture plastic components layer by layer, effectively “printing” a component. This technology is also known as additive manufacturing since it “adds” layers of material to create a whole part. Different machines use different materials and methods to develop 3D-printed components, such as sintering or curing metal or plastic. Since 3D printing is highly efficient and cost-effective, it’s ideal for creating many aerospace plastic components.

Aerospace companies can use 3D printing to create accurate prototypes to test functionality. This significantly improves an aerospace engineer’s ability to design and test components that meet strict industry standards. 3D printing can also create custom fixtures and parts such as tray tables, wall panels, and dial components. Aerospace plastic manufacturers can use 3D printing to achieve unparalleled intricacy in component design.

CNC Machining

CNC machining is a high-precision manufacturing method that produces highly accurate, consistent, and versatile aerospace components. Plastic distributors can manufacture components within a tolerance of a micron or two. This is perfect for the aerospace industry, which requires the utmost precision to maintain performance and safety standards.

Aerospace plastic manufacturers can utilize CNC machining to create turbine blades, transmission components, and airframe parts. It guarantees consistent fidelity to requirements, producing parts with complex geometries and high tolerances. Its precision leads to less scrap and reworking, reducing the costs of aerospace plastic manufacturing. Since CNC machining is compatible with both aluminum and plastic, it is an ideal choice for aerospace components.

Injection Molding

The injection molding process is fairly straightforward. Molten materials are “injected” into a mold cavity, where they cool into the desired shape of various components. This process is used by many industries, including aerospace plastic manufacturing. Many plastic components are designed with injection molding in mind, ensuring they can be properly manufactured. It is often used to create aircraft interior parts and lightweight components.

Injection molding is a highly efficient process for manufacturing high volumes of complex, consistent, and reliable plastic components. Its consistent quality makes it a popular choice for aerospace engineers, as aircraft designs require parts with strict specifications. Injection molding can also be used for prototyping and small-batch manufacturing for pilot runs or customer feedback. Injection molding is a versatile choice for aerospace plastic manufacturing, whether you need to create engine parts or wall panels!

Plastic Distribution for Aerospace Applications

At New Technology Plastics, we’re intimately aware of the demands of the aerospace industry. We provide reliable plastic manufacturing and distribution of various parts, including wall panels, engine components, tray tables, and turbine blades. We utilize cutting-edge technology and the latest software to ensure absolute accuracy to your project specifications. Our services include innovative solutions like CNC machining and aerospace thermoforming. Call New Technology Plastics today at 866-687-0700 or contact us online to request a quote.

The Role of Polymers in the Renewable Energy Industry

Renewable energy is a key focus in the battle against climate change, and many industries are looking for ways to adopt more eco-friendly practices without compromising their products or services. While traditional technologies often struggle to meet the needs of renewable energy initiatives, new players are changing the game. Consider polymers, versatile materials that can be used in various applications to enhance renewable energy technology.

From solar cells to energy storage, polymer plastics are paving the way for a more sustainable future. This article explores the transformative impact of polymers on renewable energy and shows how you can leverage their benefits for your company.

Solar Energy

Polymer solar cells are one of the most revolutionary advancements in solar panel technology. These cells, also called organic photovoltaics (OPVs), utilize conductive polymers to transform solar light into usable electrical energy. They are lightweight and flexible, which increases their versatility, allowing them to be used in everything from building facades to wearable tech. Thanks to innovative polymer chemistry, OPVs enhance light absorption and energy conversion capabilities, making them a competitive choice.

Polymer solar cells are far more cost-effective than traditional options, engineered to maximize longevity and efficiency. They resist UV degradation and harsh weather conditions, which prolongs their lifespan. Tandem polymer cells can capture a broader light spectrum, enhancing efficiency for higher energy yields.

Wind Energy

While wind turbines were traditionally manufactured from fiberglass or carbon fiber, these materials are costlier and heavier than innovative polymers. This lightweight alternative reduces the weight of wind turbine blades to enhance efficiency and increase energy savings. Lightweight polymers also make wind turbines more community-friendly, reducing the noise that makes wind turbines challenging to sell.

While critics of wind energy point to the tricky question of turbine blade disposal, thermoplastic polymers make wind turbines more sustainable and eco-friendly. Components made from these polymers can be easily recycled, reducing their environmental impact. Polymer plastic distributors are making wind energy a much more viable source of renewable energy.

Bioenergy

Polymer plastic manufacturers are also advancing the bioenergy sector, introducing new, more efficient ways of pulling energy from biological materials. For example, polymer plastic materials enhance the ability of enzymes to break down biomass, turning it into biofuel with greater efficiency. Since these immobilized enzymes can be reused, they reduce costs and waste. 

Polymers are also improving the purification and refinement of biofuel, improving its quality. These fuels help other sectors, like transportation and chemical production, improve sustainability. In a world demanding cleaner and more efficient energy, polymer plastic suppliers help those in the bioenergy sector produce biofuels that meet or exceed industry standards.

Energy Storage

Polymers are revolutionizing energy storage, allowing for greater efficiency and battery capacity and enhancing supercapacitors. Polymer electrolytes provide greater flexibility, higher ionic conductivity, and improved safety. These advancements make polymers competitive with traditional liquid electrolytes, increasing the durability and lifespan of energy storage products. They are also linked to a major technology breakthrough: solid-state batteries with higher energy densities and improved safety.

Leading plastic distributors are increasingly embracing the power of polymer technology, especially with energy storage solutions. Polymer electrolytes and the breakthroughs they facilitate lead the way in energy storage safety, reducing the risk of leakage and fires.

Renewable Energy Solutions

As the demand for eco-friendly solutions rises, many companies face unique challenges adapting to these shifting standards. Fortunately, New Technology Plastics provides polymer plastic distribution to renewable energy companies. Our precision CNC machining and advanced software allow us to develop polymers with robust transmittance and resistance to UV, harsh weather, and extended exposure to high temperatures. We’re proud to contribute to the efficiency of renewable energy systems. Call New Technology Plastics today at 866-687-0700 or contact us online to request a quote.

Top Benefits of Custom Plastic for Building Construction

Custom plastics have revolutionized building construction, allowing for greater resilience, flexibility, and affordability even in the most complex projects. With their unique benefits, they’ve become the preferred material in the industry, eclipsing traditional materials like metal and wood. Varied types of high-performance plastics cater to the diverse needs of unique construction projects. This article explores the many benefits of custom plastic distribution for building projects! 

Save Money on Each Project

Construction includes many expenses, from materials to tools and labor. You can lower the overall cost by opting for cost-effective materials, like high-performance plastics. They are lightweight, making them cheaper to transport, and their high durability provides lasting ROI, increasing savings in the long run. They are also relatively affordable and can significantly improve budget management. Utilize a trusted plastic distributor to reduce overall expenses.

Improve Your Energy Efficiency

Sustainability is fast becoming a core tenant of the construction industry, requiring innovative solutions. Plastic insulation significantly reduces heat loss, preserving a building’s temperature and reducing the need for energy-consuming heating and cooling units. This advantage allows engineers to design more energy-efficient buildings, contributing to a greener future.

Installation Is a Breeze

Lightweight plastics are easy to handle, making them easy to install, regardless of how complex your construction project is. Their versatility is a major selling point, allowing builders to streamline installation, which reduces labor costs and minimizes the potential for accidents. Partnering with a plastics supplier can lead to a safer, smoother construction site.

Designed for Peak Durability

High-performance plastics are ideally suited for construction projects, as their durability contributes to the lifespan of structures. A custom plastic manufacturer can provide a wide range of plastic materials designed to resist harsh weather, corrosion, rot, and other factors that threaten a building’s integrity and longevity. This minimizes the need for costly maintenance, further reducing the long-term cost of construction.

They’re More Flexible

The construction design possibilities are nearly limitless thanks to plastic’s malleability! Custom plastic fabrication and manufacturing allow for the creation of various components in unique shapes and sizes. Engineers and architects can easily bring innovative styles to life with the unmatched customization of plastic products. You can more effectively meet the needs of a given project or client with the help of a trusted plastics distributor.

They’re Recyclable, Too

Finding ways to reduce waste isn’t just about saving money; it’s also vital to improving sustainability in construction. Plastics used in building construction can be designed and manufactured to be recycled once they end their life cycle. This advantage meaningfully contributes to waste reduction and a circular economy. Create eco-friendly structures by investing in recyclable plastics from a plastic supply company.

Expand Your Color Possibilities

Custom plastic manufacturing delivers materials in various colors, from the brightest to the most understated — earthy, vibrant, playful, or elegant. Whatever your engineers and architects can conjure up, a plastic supply company can deliver the necessary materials in precisely perfect shades. Whether you opt for modern minimalism or an eclectic Art-Deco interior, plastics can be manufactured with the appropriate colors for your design.

Find Reliable Materials from New Technology Plastics

If you want to elevate your building construction with innovative materials, New Technology Plastics can help! We offer custom plastic distribution with a wide selection of materials. Our industry experts understand the needs of construction companies and can deliver tailored solutions efficiently. Enjoy the many benefits of high-performance plastics, from reduced expenses to increased sustainability! Call New Technology Plastics today at 866-687-0700 or contact us online to request a quote.

How To Determine the Best Custom Plastics for Semiconductors

Semiconductor manufacturing is a complex, highly-intense process that leaves little room for errors. It involves extreme heat and chemicals and requires the elimination of contaminants to preserve the component’s integrity. Since semiconductors are an essential element in smartphones, laptops, and other daily technologies, it’s vital that manufacturers choose the right materials to create reliable products.

Suitable materials will protect the manufacturing process and increase yield quantity, allowing manufacturers to meet today’s high demand for semiconductors. Factors to consider include chemical resistance, mechanical strength, electrostatic properties, and thermal stability. The most efficient solution is often to trust a custom plastics manufacturer with access to high-performance polymers. This article details how manufacturers can identify the best materials for semiconductor manufacturing.

It’s Best to Start by Outlining Requirements

A detailed outline of the environment and operational conditions that the materials will be subject to will help you choose the best materials for your needs. Define performance metrics like chemical resistance, temperature tolerance, dimensional stability, and other properties. Compare these metrics to a plastic distributor’s offerings to ensure a proper fit.

Don’t forget to consider long-term qualities to guarantee a high return on your investment and ensure all semiconductors meet operational and regulatory standards. These include vacuum compatibility, lifecycle, and resistance to UV exposure. The more reliable your semiconductors’ lifespan, the more likely you are to be trusted by top brands.

What Application Challenges Are There?

Semiconductor materials are exposed to many harsh conditions throughout their lifespan, emphasizing the importance of durability in material selection. Consider application challenges such as plasma exposure, mechanical stresses, and high temperatures to learn how these stresses will impact a material’s lifespan. Accounting for worst-case scenarios will save you unexpected stress and reassure your customers.

What Is the Manufacturing Method?

The manufacturing process directly impacts the material you select, as each process has different requirements. For example, materials with high moldability and strong flow characteristics will be suitable for injection molding, which is ideal for high-volume production. However, you’ll want to consider different materials for CNC machining, which is a different approach that is ideal for lower volumes and requires higher tolerances. 

Your preferred process will impact lead times, costs, and overall performance, which in turn will impact your reputation with customers. Considering these factors will help you choose the best plastics product supplier for semiconductor manufacturing.

Evaluate Your Material Options

The most efficient way to find suitable plastic materials is to match your application requirements with the different material properties. Common options include PEEK, PTFE, PPS, and PEI.

Polyetheretherketone (PEEK)

PEEK features exceptional durability, with high thermal stability and chemical resistance. It can be used in manufacturing processes with high temperatures and mechanical demands, such as plasma etching chambers and CMP rings.

Polytetrafluoroethylene (PTFE)

Regarding chemical resistance, PTFE’s strength is hard to beat! This material is a reliable choice for semiconductor processing environments with aggressive chemicals.

Polyphenylene Sulfide (PPS)

If you manufacture pump or valve components, PPS may be best for you! It features impressive chemical resistance while retaining mechanical stability, ideal for highly corrosive environments.

Polyetherimide (PEI)

With its high thermal resistance and chemical stability, PEI is a suitable material for applications such as jogs, test sockets, and fixtures in harsh environments.

Don’t Forget to Test

Testing materials prior to real-world application will help identify problems, saving you time and funds. We recommend focusing on dimensional stability, ESD performance, and chemical and wear resistance while testing in controlled environments. A little effort ahead of time ensures you select the perfect material for your semiconductor manufacturing needs, optimizing production and guaranteeing reliable results.

Choose the Right Custom Plastics Manufacturer

If you need high-performance materials for semiconductor manufacturing, the best way to get them is by trusting a custom plastics manufacturer. At New Technology Plastics, we understand the intricacies of semiconductor manufacturing, which allows us to design, fabricate, and distribute high-quality products that meet your needs. Our open-access policy allows customers to address specialized needs directly with manufacturers, ensuring all materials suit their intended applications. Choose a plastics product supplier like New Technology Plastics to guarantee optimal ROI. Call us today at 866-687-0700 or contact us online to request a quote.

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