E-Beam Services, Inc.
Cranbury, NJ 08512
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Crosslinking Service makes PE tubing for industrial use.
Post-extrusion E-BEAM process utilizes energized electrons to create chemical bonds within plastic polymer. Irradiation of polyethylene (PE) tubing improves thermal performance and wear. Resultant tubing, produced in accordance with ASTM standards, is rated 80 psi for water @ 200Ã-ºF. Produced in continuous lengths, tubing is chemically inert and non-corroding. It does not include...
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Crosslinking makes plastics suited for medical devices.
Non-chemical crosslinking process transforms molded plastics formed from resins, such as polyethylene, into medical-grade products that provide non-toxic, 100% pure polymer alternative to medical-grade PVC. It enables medical device manufacturers to mold products using standard resins, without altering design or resin selection. Post-molded products are crosslinked with no alteration of shape,...
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Treatment enables PE products to withstand heat to 350-
Post-molded crosslinking process enables polyethylene (PE) products to maintain form and strength at temperatures over 350Ã-
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Polymer Tubing suits high temperature applications.
Electron beam cross-linked tubing has permanent, three-dimensional molecular structure that provides creep, fatigue, and abrasion resistance. Cross-linking process does not leave any residue, odor, or aftertaste on tubes or assemblies. Tubing can be expanded and shrink-wrapped over objects. Available up to 8 in. dia., tubing suits water, medical, automotive, electrical, and packaging industries.
Read More »
Tubing and parts have cross-linked molecular structure.
Plastic tubing and molded parts can be treated and processed to exhibit reliability, long wear, and resistance to temperature, stress cracking, oils, petroleum, and solvents. High energy process permanently alters polymeric matrix by converting material to cross-linked PE, known as PEX. Process works on HDPE tubing and molded parts to provide in-service temperatures as high as 120Ã-
Read More »
Crosslinking Service makes PE tubing for industrial use.
Post-extrusion E-BEAM process utilizes energized electrons to create chemical bonds within plastic polymer. Irradiation of polyethylene (PE) tubing improves thermal performance and wear. Resultant tubing, produced in accordance with ASTM standards, is rated 80 psi for water @ 200Ã-ºF. Produced in continuous lengths, tubing is chemically inert and non-corroding. It does not include...
Read More »
Crosslinking makes plastics suited for medical devices.
Non-chemical crosslinking process transforms molded plastics formed from resins, such as polyethylene, into medical-grade products that provide non-toxic, 100% pure polymer alternative to medical-grade PVC. It enables medical device manufacturers to mold products using standard resins, without altering design or resin selection. Post-molded products are crosslinked with no alteration of shape,...
Read More »
Treatment enables PE products to withstand heat to 350-
Post-molded crosslinking process enables polyethylene (PE) products to maintain form and strength at temperatures over 350Ã-
Read More »
Polymer Tubing suits high temperature applications.
Electron beam cross-linked tubing has permanent, three-dimensional molecular structure that provides creep, fatigue, and abrasion resistance. Cross-linking process does not leave any residue, odor, or aftertaste on tubes or assemblies. Tubing can be expanded and shrink-wrapped over objects. Available up to 8 in. dia., tubing suits water, medical, automotive, electrical, and packaging industries.
Read More »
Tubing and parts have cross-linked molecular structure.
Plastic tubing and molded parts can be treated and processed to exhibit reliability, long wear, and resistance to temperature, stress cracking, oils, petroleum, and solvents. High energy process permanently alters polymeric matrix by converting material to cross-linked PE, known as PEX. Process works on HDPE tubing and molded parts to provide in-service temperatures as high as 120Ã-
Read More »