Manufacturing Way: Forging
Size: 3/8 to 2 Inch
Color: Silver
Shape: Irregular
Tensile Strength: 980min
Application: Industrial
Purity: >99.5%
Alloy: Alloy
Powder: Not Powder
Trademark: Xingda
Transport Package: Wooden
Specification: 1/2 to 5 Inch
Origin: Jiangsu
HS Code: 7409900000
Precision alloys are known for their unique physical and mechanical properties, making them essential in the construction of precision components used in motors, appliances, instruments, telecommunications equipment, and other high-accuracy machinery. These materials are categorized into various types such as hard magnetic alloys, soft magnetic alloys, elastic alloys, expansion alloys, thermo-bimetal, resistance alloys, thermocouple alloys, electric conduction alloys, electric contact alloys, shape memory alloys, and superconducting alloys, each designed for specific applications. 1. Description Structure: Flanges Type: Slip-On, Neck, Blind, Socket Welding, Threaded, Lap Joint, Plate, etc. Material: Stainless Steel 304, 304L, 316, 316L Size: 1/2" (DN15) to 48" (DN1200), or according to customer's drawing. Pressure: Class 150, 300, 600, 900, 1500, and 2500 Lead Time: 25 days Packing: Pallets, wooden cases, or as per customer’s requirement Flange 1. Application: For sealing or connecting pipe/tube lines 2. Material: 304, 304L, 316, 316L, nickel alloy, other materials available upon request 3. Standard: ANSI, DIN, JIS, BS, EN1092-1 4. Size: DN15 (1/2") to DN5000 (200") 5. Type: Threaded Flanges, Socket Welding Flanges, Blind Flanges, Other Flanges Types' Specification: Welding Neck: 1. Preferred for high-pressure, subzero, or elevated temperature environments. 2. Hub is tapered and bored to match the pipe's inside diameter, ensuring smooth flow and reducing turbulence and erosion. 3. Easily radiographed and provides excellent stress distribution. Slip-On: 1. Not typically used in high-stress applications due to limited hub and weld attachment. 2. Slips over the outside of the pipe. 3. The inside of the flange is welded at the hub and the end of the pipe. Lap Joint: 1. Used where bolt alignment or access for cleaning is required. 2. Similar to slip-on flanges when used with lap joint stub ends. 3. Radius at the intersection of the flange face and bore matches the lap joint stub end. Threaded: 1. Used where welding would be hazardous. 2. Designed for low-pressure and non-cyclic applications. 3. Bore is threaded to match the pipe thread. 4. Tapered to seal the pipe and flanges. Socket Welding: 1. Suitable for small-diameter chemical processes, hydraulic, and steam distribution lines. 2. Similar to slip-on flanges. 3. Counterbore matches the pipe bore, allowing unrestricted flow. 4. Counterbore from the hub side fits the pipe's outer diameter – can insert the pipe in the socket with a fillet weld at the hub. Blind: 1. Used to close the ends of piping. 2. Has no bore. 3. Permits access to sealed lines. Other Flanges: Orifice, Expander, Reducing, Lightweight, Studding Outlets, Long Weld Necks, Metric, Navy Drawings, Customer Drawings Company Profile: Wholesale Cheap Price Alloy Steel Flange
Test Equipment: Wholesale Cheap Price Alloy Steel Flange
Company strength: Wholesale Cheap Price Alloy Steel Flange
Certificate: Wholesale Cheap Price Alloy Steel FlangeWholesale Cheap Price Alloy Steel Flange Welcome to contact us, thanks! Our products are sold globally. For more information about our company, you can visit the following websites: http://www.jsxdhj.cn/ http://xingda-alloy.en.made-in-china.com Welcome to contact us, thanks!

Edge Banding Machine

1. Manual Edge Banding Machines
Manual edge banding machines are the simplest and most affordable type of edge banding equipment. They are operated by hand and require the operator to manually feed the panel and the edge banding material into the machine. These machines are suitable for small-scale production or for occasional use.
Manual edge banding machines typically consist of a base unit with a heating element and a roller for applying the edge band. The operator must position the panel and the edge banding material accurately and then use the roller to press the band onto the edge of the panel. Manual edge banding machines are relatively slow and labor-intensive, but they can produce good results with careful operation.
2. Semi-Automatic Edge Banding Machines
Semi-automatic edge banding machines offer a step up in functionality and productivity compared to manual machines. They are still operated by hand to some extent, but they have some automated features that make the process easier and more efficient.
Semi-automatic edge banding machines typically have a conveyor system that automatically feeds the panel through the machine. The operator only needs to position the panel on the conveyor and start the machine. The machine then heats the edge banding material and applies it to the panel automatically. Some semi-automatic machines also have features such as trimming and scraping to ensure a clean and smooth finish.
3. Fully Automatic Edge Banding Machines
Fully automatic edge banding machines are the most advanced and productive type of edge banding equipment. They are designed for high-volume production and require minimal operator intervention.
Fully automatic edge banding machines typically have a complex conveyor system that can handle multiple panels simultaneously. The machine automatically feeds the panels through the various stages of the edge banding process, including heating, applying the edge band, trimming, and scraping. Some fully automatic machines also have features such as corner rounding and profiling to create more complex edge finishes.
4. Portable Edge Banding Machines
Portable edge banding machines are designed for on-site use or for small workshops where space is limited. They are lightweight and easy to move around, making them ideal for jobs that require mobility.
Portable edge banding machines typically have a compact design and are powered by batteries or a small electric motor. They can apply edge banding to panels of various sizes and thicknesses, and some models even have features such as adjustable speed and temperature control.
5. Laser Edge Banding Machines
Laser edge banding machines use a laser beam to fuse the edge banding material to the panel, creating a seamless and durable bond. These machines are highly advanced and offer several advantages over traditional edge banding methods.
Laser edge banding machines are extremely precise and can create very thin and smooth edge finishes. They also eliminate the need for adhesives, which can be messy and time-consuming to apply. However, laser edge banding machines are very expensive and require specialized training and maintenance.
In conclusion, edge banding machines come in a variety of types and configurations to meet the needs of different woodworking and furniture manufacturing applications. Whether you are a small shop owner or a large-scale manufacturer, there is an edge banding machine that can help you achieve a professional finish on your products.

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