DEK is your one-stop partner for high-quality products, we make on-demand machining & manufacturing easy and fast, from prototyping to end-part production.
DEK is a plastic machining expert that transforms your ideas into functioning parts. We are always processing HDPE and other plastics according to the customer’s specifications and drawings. Our top-notch machining facility with genius-minded veteran engineers have successfully crafted thousands of HDPE machined part for our clients across the globe.
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DEK has worked for different industries from construction to medical and produced specific HDPE machined parts for each company that comply with their application. With over 21 years of experience in machining, we have technical and manufacturing expertise in crafting HDPE parts which include sheets, rods, and tubes of different thicknesses and colors.
We believe in delivering the finest quality product to our customers with intricate detailing and accuracy. For this, we have a complete set of inspection and scrutiny equipments and quality control department. This ensures you receive the best possible HDPE machined parts in your hands.
We offer 3-axis CNC milling to give your parts practical shapes that are only possible through 3 axis CNC milling machines. Our in-house 3-axis CNC milling machine helps us in machining HDPE to get the best structure and feature in parts by performing multiple functions simultaneously.
DEK is also equipped with 5-axis CNC milling machines to produce cost-efficient HDPE parts by machining HDPE. We believe in delivering ultra-fine quality machined parts with cost-effectiveness. 5- axis milling machine gives us an edge when we are working on intricate parts and adds two crucial axis to our machining techniques.
From the prototyping HDPE part to full production runs, our CNC turning machines will allow you to produce high-quality and accurate parts that meet your stringent requirement and specifications. DEK CNC turning machines are able to machine HDPE parts at a low cost and deliver simple to complex cylindrical geometries.
Before you, we have successfully manufactured 72M+ different parts.
Working with market leaders in the On-demand manufacturing industry, without the busyness and risk.
We have kept our prices fair in order to provide the maximum value at a minimum cost. Our machining facility with the latest technology made this possible for us to deliver cost-efficient parts.
Our engineering team has an exceptional hand in crafting your custom HDPE machined parts keeping in mind every specification and making sure you get machined parts beyond your expectations.
With our advance order tracking system you can track the progress of your order as we go along in the different processes of manufacturing. You can also check your order status for delivery.
DEK owns modern technological equipment that can bring intricate features in HDPE machined parts. These machines provide us the ability to meet customers' specifications to the best and deliver impressive parts.
DEK also provides post-production services including finishing and treatment to give your HDPE parts an aesthetic touch. DEK’s post-production treatment improves the features of your parts and makes them more functional.
We are being famous for our customer service that left no stone unturned to serve our customers. We assign a dedicated representative to you to help you throughout the project.
To DEK, Dr. Deming’s textbook remark is not a theory, but a practice we have been conducting every single day. We work on the principle that quality comes during the process of manufacturing, not after the fact.
We use advanced production technologies and strict control systems to ensure high quality. More importantly, the quality-oriented attitude has been so entrenched in the mind of every single employee.
Through the online form or send an email to firstname.lastname@example.org directly, and please describe your requirements in detail and attach 2D/3D drawings, then you will get our reply within 6 hours.
Yes! Other suppliers are afraid of precision parts, but we like precision parts very much. This is because we have rich experience in the production of precision mold components, the tolerance we did can reach ±0.001mm, which is impossible for 99.9% of prototype manufacturers.
Yes, we understand the importance of prototypes to you, so we will sign a confidentiality agreement and fully comply with it.
Definitely! Our predecessor is precision machining shop, and 100% inspection of each part is our daily basic work. We will check the size, tolerance, color, and other details before leaving the factory. If you need an inspection report, we will send it with goods together.
We have asked for more and DEK has delivered us. Our machining HDPE project went great with DEK and we have received our machined parts. This is to thank you for your impressive service and good functional parts. We sure see forward to working with you in near future.
DEK is consistent in providing machined parts as per our requirements and expectations. This time it was HDPE machined parts that came earlier this week and our team is impressed by the accuracy you delivered. You are the advocates of technology, cost efficiency, and quality in machining. We are looking forward to more.
This guide will deliver you the answer to every question you have in your mind regarding high-density polyethylene (HDPE). These answers are from our veteran engineers who have vast experience in machining HDPE plastic. By the end of this guide, you would have the basic knowledge of HDPE and can take a decision for your project accordingly.
High-density polyethylene which is also known as HDPE is a thermoplastic resin used in the manufacturing of multiple products from plastic jugs to synthetic lumber for the implants for facial reconstructive surgery.
High-density polyethylene is produced by combining ethylene molecules which are commonly derived from natural gas. HDPE is highly recyclable and less harmful to the environment as compared to other plastics. It doesn’t contain BPA, heavy metals, or allergens and it does not release harmful fumes and doesn’t contaminate soil or water. HDPE is among the best environmentally stable plastics.
With the advancement in technology, many thermoplastics have been introduced in the industry and more are expected. We have seen many high-quality plastics products in recent times due to impressive thermoplastics. But the difference between HDPE and PE is still a topic of contention in the industry.
The most produced plastic in the world is polyethylene which is a thermoplastics polymer created from ethylene gas. It serves as a base for multiple plastic products. Whereas, high-density polyethylene also known as HDPE is a denser version of polyethylene used in water and drain pipes because of its unique properties like rigidness and crystalline structure. The main point of different HDPE and PE is that HDPE has polyethylene (PE) as its base.
Polyethylene in solid form is harmless but it can be toxic in liquid form or when inhaled as a vapor or absorbed through the skin. It is more expensive than polypropylene to make and is considered the second-best choice of material for the production of living hinges.
It consists of inflexible and strong plastic with the color of milk. HDPE has a high impact and melting and can resist cracks. You can find HDPE in chemicals, food, beverages, and personal care packaging. Shampoo bottles, bleach bottles, soap containers, milk jugs all are made from HDPE plastic. It is easily recycled and it takes approximately 8 to 10 milk jugs to make a pound of HDPE plastic when recycled.
HDPE has several industrial applications and is also easy to machine with good rigidity, high tensile strength, impact resistance, and low moisture absorption. It is an excellent material for CNC machining with the properties such as:
While considered good for CNC machining operations, it can also pose some challenges when machined under the wrong conditions. Some of the things to keep in mind while machining HDPE are:
HDPE can also be used as 3D printing containers for some chemicals. HDPE is widely used for tooling, prototyping material, fixturing, and casings.
High-density polyethylene (HDPE) has some of the features and properties that shadows the Ultra-high molecular weight polyethylene (UHMW) and vice versa. To decide which one is better is totally depends upon the applications of the parts you are going to manufacture with these materials. We have gathered some differences that can clear the air regarding the difference between these two. It can also help you to decide on selecting the material for your project.
It is a durable, versatile, abrasion and chemical-resistant plastic material. HDPE is easy to fabricate and weld through thermoplastic welding equipment. It is considered an excellent choice for water tanks and chemical tanks.
It is an extremely tough, low-cost plastic with an abrasion resistance that is used for a number of wear applications. UHMW is a priority for the countless industries that require durability, chemical resistance, and low friction in their applications. Its applications are wear strips, chain guides, dock fender pads, and marine docks.
Due to HDPE’s impressive properties and impeccable machineability, it is a highly used plastic across the globe in many industrial and consumer applications. It is commonly used in cutting boards, conveyor liners, and food handling equipment. Other than this it is also used in many other industries, let’s have a look at some of the industrial applications of HDPE.
It is often used in the medical industry due to its excellent chemical resistance and it does not absorb moisture. Along with these properties, it is non-toxic which makes it useful for medical containers. Some formulations of HDPE that contain certain plastic additives are also antibacterial.
Having high chemical resistance and weldability, HDPE became the material of choice for the manufacturing of the bottles, containers, tanks for the chemical products. Corrosion-resistant liner is also produced with the help of HDPE. It is also compatible with low concentration acids, several alcohols and bases, and alkalis.
It is also popular in pipe manufacturing industries and used in construction for the piping system. As discussed earlier, high-density polyethylene does not absorb water and is easily welded, this makes it the perfect material for lightweight, durable, and rigid piping systems for construction.
Seaboard is the formulation of the HDPE which is used in designing the boat components and pool equipment such as seats, benches, handles, and doors. Because it is effective in UV resistance, this material provides a longer lifetime.
Many high-density polyethylenes comply with the FDA and other European standards that make it an approved material for direct contact with food. Sanalite, an HDPE formulation specifically created for the food industry. It is almost exclusively used for durable and easy to clean cutting boards. Agromur is also another HDPE formulation used for the design of wall panels.
High-density polyethylene is vastly used thermoplastics that has many advantages such as excellent chemical resistance and good rigidity. Let’s have a wider look at some of the prominent advantages of high-density polyethylene.
It is considered the ideal material for the manufacturing of storage containers for food, chemical products, and liquids. It maintains its properties when it comes in contact with chemicals and is thus considered safe in food containers.
High-density polyethylene (HDPE) is a lightweight but strong material. For example, the HDPE milk jug container can weigh only two ounces but it can carry a gallon of milk.
If the product is used for outside applications, UV resistance of that product is essential property because that can ensure the optimum service life of the product. HDPE has several UV-resistance formulations which makes it ideal for outdoor usage.
HDPE can easily be welded. The good weldability makes it useful for larger projects such as watertight tank liners used for storing volumes of liquid.
HDPE does not absorb moisture even if it is exposed to fluid for a longer period of time. This property is essential and makes it the best choice for the designing of storage tanks and other products.
HDPE is a material with low friction. HDPE is not considered best for friction-resistant applications. As there are many other plastics that have better friction than HDPE. If we compare it with UHMW, the coefficient of friction of HDPE is 0.20 which is higher than that of UHMW which is 0.08. This makes UHMW more suitable for applications that require a reduction of friction.
All kinds of plastic start to melt at a certain temperature. The shape of the plastic starts to change and it becomes soft when it reaches its melting point when you heat the plastic. Our topic of concern here is how much temperature can high density polyethylene (HDPE) can bear?
HDPE is resistant to temperature for a certain level but when the temperature reaches 70C/1580F it starts to soften and when temperatures cross 130°C it starts to melt. But remember one thing here, HDPE films start to soften evenly which makes HDPE ideal for thermoforming, heat sealing, bending, and other applications.
HDPE is a high-impact, high-density crystalline thermoplastic used in everyday home appliances and commercial containers. Making these appliances and other parts from HDPE to use in our applications is only possible through CNC machining of HDPE.
HDPE is available in sheet stock, rods, and other shapes which makes it a good option for subtractive machining such as CNC milling and turning. There are many suitable techniques for machining HDPE but the most trusted and accurate method is CNC turning and milling.
This process is used for creating symmetrical and cylindrical features by machining HDPE. Typically HDPE bar is held in a chuck and rotated at high speed while a cutting tool is positioned against the workpiece (HPDE) to remove the material and get the desired part. This method is very efficient for high production runs and when you need the same part in large numbers.
This method is employed when there is no cylindrical feature is required. In this process, the HDPE is held stationary and the rotating cutter will come in contact with the workpiece (HDPE) and remove the unwanted material to turn it into the desired shape. In 2 and 3 axis milling machines the workpiece is manually rotated while in 4 and 5 axis machines can automatically rotate the workpiece and spindle. 4 and 5 axis milling machines are used for complex shapes and contours.
Yes, we offer precise and accurate custom HDPE machined parts specifically made for your applications. We have worked with a number of clients across the globe and delivered the finest HDPE machined parts for the last 21+ years. DEK is one of the leading HDPE machining service providers from China. We have state-of-the-art in-house production equipment. This modern equipment has crafted thousands of HDPE plastic products for our customers from different industries.
The DEK production team is always willing to serve you and deliver you the perfect custom manufactured parts that go just perfect with your applications. Contact us by sending your custom HDPE parts requirements and we will be more than happy to share with you the best custom-produced HDPE machined parts.
DEK is a premier high precision parts manufacturer from China. We have immense expertise and ideal equipment for HDPE parts and components manufacturing. We have worked with a wide range of industries and provided them with CNC machined HDPE parts.
Our core machining service includes CNC turning and milling for HDPE material along with fabrication and assembly service facilitating the delivery of complete HDPE parts and production to our clients.
We are the one-stop solution for all your machining and manufacturing needs for all the materials and parts. With years of experience in manufacturing, we can craft the best solution for your project and bring the best out of it.