Supplier: U.S. Plastic Corporation
Description: cover. Polypropylene, non-toxic and able to withstand continuous working temperatures of 110° C (230°F) Polypropylene is suitable for use in most known chemicals. High Density Polyethylene generally suitable as above but with a continuous working temperature limitation of 80° C. (176°
- Chemical / Polymer System Type: Polyethylene (PE, HDPE, UHMW PE)
Supplier: ASTM International
Description: were performed with 10.16 cm and 17.78 cm diameter aluminum (AI6061) and high-density polyethylene spheres that were essentially solid with cavities scrolled out along the equator to allow the insertion of activation foils and/or sulfur pellets. The neutron monitor foils were selected to cover
Supplier: American Water Works Association (AWWA)
Description: areas having shallow water depths; avoiding non-beneficial, water-consuming phreatophyte plants; considering windbreaks; using floating covers, consisting of reflective materials such as white polyethylene spheres; considering seepage and water loss; and, using monomolecular films to reduce
Supplier: U.S. Plastic Corporation
Description: Solid plastic balls are used in check valves, relief valves, and float valves. They are also used in everything from carburetors to toggle switches and more. They are non-corrosive, quiet running, and self-lubricating; which makes them work well for many manufacturers as light load ball bearings.
- Features: Corrosion Resistant
Supplier: Kaydon Corp., Industrial Tectonics
Description: Plastic balls are ideal for light-load bearings and flow control applications. Because they are quiet, plastic balls are often selected for use in office furniture, bearings, medical products, and similar applications. Plastic balls are also used extensively in flow control applications, in
- Applications: Medical / Biotech, Specialty / Other
Supplier: M&H Plastics
- Type: Bottle / Jar
- Materials: Plastic, Polyethylene (PE)
- Volume Capacity: 0.0793 gallons
- Height: 2.64 inch
Supplier: Tank Depot
Description: Snyder 300 Gallon Sphere Pump Tank 300 Gal Pump tanks are furnished with manhole covers only 300 Gallon Sphere pump tanks are furnished with manhole covers only NC Pump Tank is furnished with 1 lockable 24" lid and rise and 1 manhole cover Manufactured from high-density polyethylene
Description: Snyder 300 Gallon Sphere Pump Tank 300 Gal Pump tanks are furnished with manhole covers only 300 Gallon Sphere pump tanks are furnished with manhole covers only NC Pump Tank is furnished with 1 lockable 24" lid and rise and 1 manhole cover Manufactured from high-density polyethylene with U.V.
- Type: General Purpose/ Bulk Storage Tank
- Volume Capacity: 300 gallons
- Diameter / Width: 48.5 inch
- Height: 53 inch
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Continental Products Corp.
Continental Products Corp. – Industries Served
. · Blending & Coating Recycled Products. Plastics, Aluminum, Rubber, Glass. · Blending & Coating Rubber Compounds. TPE Blends, Polyethylene Compounds, Post Blending TPE Pellets. · Blending & Coating Plastic Products. Plastic Additives, Coating Nylon Pellets, Polycarbonate Flakes. · Blending & Coating Petrochemicals. Catalysts, Oil Drilling Polymers. · Blending & Coating Pigments & Colorants. Powder Paint Coatings, Paint Additives, Color Concentrates. · Blending & Coating... (read more)
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Study of a new multi-sphere spectrometer based on water moderator with a high efficiency 6 LiI(Eu) detector
The newly calculated energy responses were compared to polyethylene sphere respon- ses.
Evaluation of response matrix of a multisphere neutron spectrometer with water moderator
The newly calculated responses have been compared to polyethylene sphere responses.
MCNP5 evaluation of a response matrix of a Bonner Sphere Spectrometer with a high efficiency 6 LiI (Eu) detector from 0.01 eV to 20 MeV neutrons
The Bonner Sphere Spectrometer (BSS) under consideration constitutes of a set of polyethylene spheres of different diameters: 000 (bare detector), 300 , 500 , 600 , 700 and 1200 .
Response matrix evaluations of a passive Bonner sphere system used for neutron spectrometry at pulsed, intense and complex mixed fields
A void (vacuum) space was assumed between the neutron source and the considered polyethylene sphere .
International Comparison of Flux Density Measurements for Monoenergetic Fast Neutrons
A polyethylene sphere with a small BF3 counter at the center served as a transfer instrument at all energies except for 14.8 MeV.
Aspiration of barium�?impregnated polyethylene spheres by a dog
Aspiration of barium�?impregnated polyethylene spheres by a dog .
Relationship between gastrointestinal transit time and anesthetic fasting protocols in the captive chimpanzee, Pan troglodytes
Methods Seven adult chimpanzees at the North Carolina Zoo immobilized for annual physical examinations were fed barium-impregnated polyethyl- ene spheres to measure GET.
Comparison of experimental porous silicone implants and porous silicone implants
After enucleation of the left eyes, porous silicone spheres were implanted in the orbit of ten rabbits (experimental group), and porous polyethylene spheres were implanted into the remaining ten rabbits (control group).
Particle circulation and oxygen mass transfer in an immobilized cell bioreactor
The particles used were polyethylene spheres (with a diameter of 15.5 mm and density of 920 kg.m-3).
Plutonium sphere multiplicity simulations with MCNP-PoliMi
The top portion of the polyethylene sphere , the front face of the detector and the polyethylene matrix of the detector have been voided to show the geometry .
Novel properties of new type conducting and insulating polymers and their composites
Smallsize of polyeth- ylene spheres ( w 30 pm) or short nylon fibers (400 to 800 p m in length) were covered with conducting polypyrrole thin film (20 nm in thickness)utilizing FeC4 as a catalyst 1351.
The spouting regime map, bubbling characteristics and bed expansion of deep beds of large hollow polyethylene spheres
The spouting regime map, bubbling characteristics and bed expansion of deep beds of large hollow polyethylene spheres .
Polarization study on solid core photonic crystal fibers partially sedimented with polyethylene micro-spheres and carbon nanotubes
These fibers were partially filled with one micron diameter polyethylene spheres or carbon nanotubes diluted in distilled H2O by capillarity.
Detection of thermal neutrons using gadolinium-oxide-based nanocrystals
The source was placed in a 10-inch diameter polyethylene sphere used as a moderator, providing a thermal neutron source.
Simulations of neutron multiplicity measurements with MCNP-PoliMi.
Polyethylene sphere and nPod detector .......................................................................................................8 Figure 3.