14 Years Factory wholesale PSE Porous Plastic Silencer to Philippines Manufacturer

Short Description:

Feature Easy to install and maintain, particularly suitable for where space is limited. Brass,Stainless steel,Aluminum alloy,Plastic body,sintered brass powder mesh and stainless steel wire mesh. Used to diffuse air and muffle noise from the exhaust ports of air valves, air cylinders and air tools to an acceptable level within OSHA noise requirements. Specification  Fluid Admitted Compressed Air Working Pressure 0—1MPa | 150psi  Working Temperature -10°C—80°C | 14°F—176°F  Body...


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14 Years Factory wholesale PSE Porous Plastic Silencer to Philippines Manufacturer Detail:

Feature

Easy to install and maintain, particularly suitable for where space is limited.

Brass,Stainless steel,Aluminum alloy,Plastic body,sintered brass powder mesh and stainless steel wire mesh.

Used to diffuse air and muffle noise from the exhaust ports of air valves, air cylinders and air tools to an acceptable level within OSHA noise requirements.

Specification

 Fluid Admitted

Compressed Air

Working Pressure

0—1MPa | 150psi

 Working Temperature

-10°C—80°C | 14°F—176°F

 Body(noise absorbing material)

Sintered Bronze, Sintered Stainless Steel, Polyethylene

Thread Standard and Type
PT, R, BSPT – 55° Taper Pipe Thread

R1/8

R1/4 R1/4 R1/2 R3/4 R1 R1-1/4 R1-1/2 R2

BSPP, G – 55° Parallel Pipe Thread

G1/8

G1/4

G3/8

G1/2

G3/4

G1

G1-1/4

G1-1/2

G2

UNF

NPT – 60°American Standard Taper Pipe Thread

10-32 UNF

1/8 NPT

1/4 NPT

3/8 NPT

1/2 NPT

3/4 NPT

1 NPT

1-1/4 NPT

1-1/2 NPT

2 NPT

Metric Thread

M5 x 0.8

M6 x 1

M8 x 1

M8 x 1.25

M10 x 1

M10 x 1.25

M12 x 1.25

M12 x 1.5

M14 x 1.5

M16 x 1.5

M20 x 1.5

Model No.

Thread(R,G,NPT)

PSE 01

1/8

PSE 02

1/4

PSE 03

3/8

PSE 04

1/2

PSE 06

3/4

PSE 08

1

PSE 10

1-1/4

PSE 12

1-1/2

PSE 16

2


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In order to give you convenience and enlarge our business, we also have inspectors in QC Team and assure you our best service and product for 14 Years Factory wholesale PSE Porous Plastic Silencer to Philippines Manufacturer, The product will supply to all over the world, such as: Argentina, Namibia, Afghanistan, Our market share of our solutions has greatly increased yearly. If you are interested in any of our items or would like to discuss a custom order, you should feel free to contact us. We're looking forward to forming successful business relationships with new clients around the world in the near future. We're looking forward to your inquiry and order.


  • View more information on the DOE CSGF Program at http://www.krellinst.org/csgf

    Brenda Rubenstein
    Columbia University

    Despite being the first element of the periodic table and therefore, in theory, the simplest, hydrogen and its high-pressure phase diagram remain shrouded in mystery. In 1935, Wigner and Huntington predicted that normally insulating hydrogen should become metallic at sufficiently high pressures. More recent predictions suggest that metallic hydrogen also may be a room-temperature superconductor with the highest Tc of any known material. These suppositions have galvanized generations of scientists to search for these elusive phases. Nevertheless, experiments seeking metallic hydrogen have been overwhelmingly unsuccessful. Indeed, hydrogen’s quantum character and highly reactive nature have posed severe challenges to experiments, leaving the majority of hydrogen’s high-pressure phase diagram undetermined. Given this state of affairs, simulation is uniquely positioned to resolve many of the fundamental questions about high-pressure hydrogen.

    In this talk, I will discuss our recent work at LLNL developing a constant-stress quantum Monte Carlo (QMC) algorithm well-suited for simulations of the high-pressure hydrogen phase diagram. A number of previous studies have used density functional theory (DFT) to explore high-pressure hydrogen, particularly at high temperatures. However, because DFT is fundamentally a mean-field theory incapable of accurately accounting for strong electron correlation and zero-point motions, its answers differ dramatically from parameterization to parameterization and correction to correction. In contrast, our technique can, in principle, treat electron correlation exactly and is capable of predicting lattice structures without any previous information, a feature crucial for identifying previously unknown phases. I will outline the details of our new algorithm and illustrate how it can be used to identify the lattice structures of unknown phases. I will conclude with a discussion of our algorithm’s predictions for previously uncharacterized Phase-III hydrogen. It is our hope that our constant-stress algorithm will become a vehicle for answering many of the ages-old questions about hydrogen in the future.

    Good quality and fast delivery, it's very nice. Some products have a little bit problem, but the supplier replaced timely, overall, we are satisfied.
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    We have been appreciated the Chinese manufacturing, this time also did not let us disappoint,good job!
    5 Stars By Jill from Philadelphia - 2015.11.28 16:25

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