Shredder Blade,Industrial Shredder Blades,Blade For Shredder,Shredder Blade Drawing Zigong Yibaijie , https://www.oz-yibaijie.com
       Full coupling, Half coupling, Reducing coupling, Reducer insert, Union, 90° elbow, 45° elbow, Tee, Cross, Cap, Square head plug, Hex head plug, Round head plug, Hex head bushing, Union, Reducing swage, Welding Boss, Mitre Boss, High Pressure Boss, Socket Reducing Insert.
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Size:
      1/2" to 4" (DN15~DN100)
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Range(Wall Thickness):
       3000LB to 9000LB
       XS, Sch80, Sch160, XXS.
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Standard:
       ASME/ANSI B16.11, MSS SP-79, MSS SP-83, MSS SP-95, MSS SP-114, JIS B2316, JIS B2302 etc.
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Material:
       Stainless steel, Duplex steel, Alloy steel, Carbon steel, Low-temperature steel, Nonferrous metal (Nickel alloy, Aluminum alloy, Titanium alloy, etc.)
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+ SOCKET WELD FITTINGS
       A socket weld is a type of pipe connection where the pipe is inserted into a recessed area of a valve, fitting, or flange. Unlike butt-weld fittings, socket weld fittings are typically used for small diameter piping (Small Bore Piping), generally for pipes with a nominal size of NPS 2 or smaller.
       To join pipe to valves and fittings or other sections of pipe, fillet-type seal welds are commonly used. Socket-welded joints are ideal when high leakage integrity and structural strength are critical design considerations.
       While fatigue resistance is lower compared to butt-welded joints due to the use of fillet welds and abrupt geometry, it still offers better performance than most mechanical joining methods.
       SW fittings are a family of high-pressure fittings widely used in various industrial applications.
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Types of Threaded Fittings by Class and Size
Description
Class Designation
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3000
6000
9000
Elbows 45 and 90 degrees, Tees, Crosses, Couplings, Half-Couplings, End or Pipe Caps
1/2 - 4
1/2 - 2
1/2 - 2
1/2 - 4
1/2 - 2
1/2 - 2
1/2 - 4
1/2 - 2
1/2 - 2
Pipe Size by Wall Thickness
SCH 80 / XS
SCH 160
XXS
+THREADED FITTINGS
       Threaded joints represent one of the oldest methods for connecting piping systems. Like socket weld fittings, threaded fittings are mainly used for small diameter piping (Small Bore Piping), typically for pipes with a nominal size of NPS 2 or smaller.
Types of Threaded Fittings by Class and Size
Description
Class Designation
2000
3000
6000
Elbows 45 and 90 degrees, Tees, Crosses, Coupling, Half-Coupling, Cap
1/2 - 4
1/2 - 2
1/2 - 2
1/2 - 4
1/2 - 2
1/2 - 2
1/2 - 4
1/2 - 2
1/2 - 2
Pipe Wall
SCH 80 / XS
SCH 160
XXS
Mss Sp-114 Class 1000 Threaded Union A182 (S31727, S32053)
Model NO.: SS Forged Fitting Union
  Product Type:Shredding Blades Introduction
Shredding blades are essential components in shredding machines, playing a crucial role in the efficient processing of various materials.
Shredder Blade
The shredder blade is the core element of a shredding machine. It is designed with precision to cut and tear materials into smaller pieces. Shredder blades are typically made of high-quality materials such as hardened steel or special alloys to ensure durability and sharpness. These blades come in different shapes and sizes, depending on the specific requirements of the shredding application.
Industrial Shredder Blades
Industrial shredder blades are specifically designed for heavy-duty industrial applications. They are built to handle large volumes of materials and withstand the rigors of continuous operation. These blades are often made of stronger materials and have a more robust construction to ensure long service life in demanding industrial environments.
Blade For Shredder
The blade for shredder is carefully engineered to meet the specific needs of different shredding tasks. Whether it's shredding paper, plastic, metal, or other materials, the blade is designed to provide optimal cutting performance. Different types of blades may be used for different materials, with features such as serrated edges or special coatings to enhance shredding efficiency.
Shredder Blade Drawing
Shredder blade drawings provide detailed specifications and designs for manufacturing these essential components. These drawings help ensure accurate production and quality control of shredder blades. They typically include dimensions, materials, and manufacturing processes, allowing manufacturers to produce blades that meet the exact requirements of different shredding machines.
In conclusion, shredding blades, including shredder blades, industrial shredder blades, blades for shredder, and shredder blade drawings, are critical for the effective operation of shredding machines. These blades are designed to handle a wide range of materials and provide reliable shredding performance in various applications.