Plastic Coated Chain Link Fence
ŸPlastic
coated Chain Link Fence, is a woven wire fence with diagonal mesh. This wire
fence is made from Plastic Coated Wires provided with a galvanized core,
resulting in double protection against rust. It is available in various colours, the most
frequently used colours are: RAL 5018 – blue, RAL 6005 – green, RAL 9005 – black.
ŸThe
top and bottom of this fence can be formed by a knuckle or twistedge (see illustrations
Type A and Type B).
1"
1.5"
2"
2-1/4"
2-3/8"
2-1/2"
2-5/8"
3"
4"
25mm
40mm
50mm
57mm
60mm
64mm
67mm
75mm
100mm
Wire diameter
Length of roll
0.50m-100m(or more)
Width of roll
0.5m-5.0m
Edge finish
Type A or Type B opening edge finish as your
request
PVC coated
Color: Green, Black, Yellow, etc.
Materials and specifications can be made as
per customer's requirement
The
wire thickness can also vary. The most frequent wire thickness is: 1.5/2.5
mm, 1.8/2.8
mm, 2.0/3.0
mm.
The
first size is always the diameter of the galvanized core and the second size is
the outerdiameter of the plastic coated wire.
Plastic Coated Chain Link Fence,PVC Coated Chain Link Fencing,Green Coated Chain Link Fence,PVC Chain Link Fencing DINGZHOU TIAN YILONG METAL PRODUCTS CO., LTD. , https://www.wiremeshsolution.com
The
size of the mesh varies, the most frequent mesh sizes are 40 mm, 50 mm, 55mm
and 60 mm
1.0/2.0mm
1.5/2.5mm, 1.8/2.8mm, 2.0/3.0mm
2.0/3.0mm
The world's first 3D printed CD player sound top
In today's world, music lovers often choose between a record player, a CD player, or an iPod. But soon, you might be able to own your very own 3D printed music player. Recently, a 3D printing enthusiast named "Creater Andrei" and his team have taken the first step toward this future by creating the world’s first 3D printed CD player. What makes this project truly remarkable is that the sound quality of the device is impressive—far better than many commercial options on the market.
Andrei has been passionate about audio for over 12 years, deeply involved in building and modifying music equipment. He considers himself a true audiophile. “I’ve always loved sound, music, and the art of making or improving audio gear,†he explains. His friend provided him with high-end audio kits—amplifiers, faders, CD players—each costing between £300 and £500. Compared to traditional high-end models that can cost up to £2,000, these kits offer incredible value.
Recently, Andrei got his hands on a MakerGear M2 3D printer, which sparked an idea: to create custom speakers for his setup. With the right components in place, this dream became a reality. “What excites me most about 3D printing is the ability to experiment with vibration damping, combine different materials, and use unique structures to achieve better sound performance,†he says.
To bring his vision to life, Andrei used SolidWorks to design every part of the CD player—the casing, internal structure, optical components, and more. He then printed everything using his MakerGear M2. The printer is equipped with an E3D V6 + Volcano hot end with a 0.8 mm nozzle, which significantly speeds up the printing process. “Using the standard 0.4 mm nozzle would take around 11 hours just to print the base and side walls,†he explains. “With the E3D nozzle, I can finish all parts in just 6 hours.â€
The final product looks nothing like a typical CD player you’d find in a store. But for Andrei, it's not just about the look—it's about the sound. “It's absolutely amazing,†he says. He tested it against well-known brands like Yajun, Audiolab, Burmest, Sugen, and Cyrus. “It outperforms them all,†he claims. “This is a truly impressive player with outstanding performance.â€
But Andrei isn’t done yet. The current model is just the first version. He’s already working on the next iteration, which will incorporate special materials like wood and carbon fiber into the 3D printing process. This innovation could further enhance both the aesthetics and the acoustic performance of the device.
As 3D printing continues to evolve, projects like this show just how much potential there is in combining technology with passion. For audiophiles and makers alike, the future of music playback is looking more exciting than ever.