Schedule 160 is thicker than 80
For a given pipe size, schedule 160 would have the smallest ID (and thicker wall). Wall thickness and pressure rating goes up with increasing schedule number, causing the ID to go down with increasing schedule number.
The thickest wall schedule pipe is typically Schedule 160, which is designed for high-pressure applications. In this schedule, the wall thickness increases significantly compared to other schedules, providing enhanced strength and durability. The specific dimensions and pressure ratings can vary based on the pipe's diameter and material, but Schedule 160 pipes are commonly used in industrial and commercial applications where high strength is required.
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Schedule 160 pipes, typically made of materials like PVC or steel, have a high-pressure rating due to their thicker walls. For example, a 2-inch Schedule 160 PVC pipe can handle pressures up to approximately 400 psi at room temperature, while a similar steel pipe may have a higher rating depending on the specific material and temperature conditions. Always refer to the manufacturer's specifications for precise pressure ratings as they can vary by material and application.
depends on how you cut it and the size of the pipe, but with a machine blade, it shouldn't take more than couple minutes
Xtra strong i.e. 160
This is a 160% difference.
The difference between 160 and 820 is 660. This means that to reach 820 one must add 660 to 160.
440.
The 160 thermostat should open about 20 degrees sooner than a 180.
The difference between 40 Hz and 200 Hz is 160 Hz.
200
For a given pipe size, schedule 160 would have the smallest ID (and thicker wall). Wall thickness and pressure rating goes up with increasing schedule number, causing the ID to go down with increasing schedule number.
Just 160.
The 160 bhp engine has quite a bit more power, and is probably less economical.
The thickest wall schedule pipe is typically Schedule 160, which is designed for high-pressure applications. In this schedule, the wall thickness increases significantly compared to other schedules, providing enhanced strength and durability. The specific dimensions and pressure ratings can vary based on the pipe's diameter and material, but Schedule 160 pipes are commonly used in industrial and commercial applications where high strength is required.
Assuming you mean the number mid-way between 58 and 160: (58 + 160)/2 = 109