Mechanical Properties | Metric | English | Comments |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Material ”S”® 1000 Black Antistatic Polyethylene, Conductive Material ”S”® 1000 is exclusively produced from ultra-high molecular weight polyethylene powder that is mixed with finely milled Original Material ”S”®. The fine milled material is compressio.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Material ”S”® 1000 Green Polyethylene Material ”S”® 1000 is exclusively produced from ultra-high molecular weight polyethylene powder that is mixed with finely milled Original Material ”S”®. The fine milled material is compressio.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Material ”S”® 1000 RB Polyethylene, High Friction An elastomer in Material ”S”® 1000 RB gives it high impact resistance and skid resistance.Special Properties:• High coefficient of friction• Good wear and abrasion resistanceInformation provide.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® Black Antistatic Polyethylene, Conductive Original Material ”S”® black has the same properties as Original Material ”S”® green/natural. In addition, it is also electrostatically conductive due to the addition of additives. Special Pro.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® Green Polyethylene Material ”S”® is based on virgin, ultrahigh molecular weight low pressure polyethylene and significantly exceeds the requirements of DIN 16972. In particular, Material ”S”® green has excellen.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® Natural Polyethylene Material ”S”® is based on virgin, ultrahigh molecular weight low pressure polyethylene and significantly exceeds the requirements of DIN 16972. In particular, Material ”S”® natural has excell.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® plus + AB Polyethylene, Antibacterial Material ”S”® plus + AB contains special substances that prevent the growth of bacteria and other microbes. The material is thus ideally suited for use when manufacturing and processing foods.Sp.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® plus + Bright ESD Polyethylene, Conductive Material ”S”® plus+ Bright ESD is a light plastic with high conductivity and a voltage-dissipating effect on earthed components. This material is ideal for use in applications where a high value.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® plus + ESD Polyethylene, Conductive Material ”S”® plus+ ESD has extremely low electrical resistance and is an optimum conductor. Full voltage dissipation for earthed components at maximum speed enables safe, spark-free work. This m.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® plus + LF Polyethylene, Low Friction This material has half the sliding friction coefficient of the Original Material ”S”®. This enables an increased machine running speed at the same time as less abrasion and thus a lower maintenan.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | |
Murtfeldt Original Material ”S”® plus + TLS Polyethylene Original Material ”S”® plus+ TLS is designed for high temperature industrial applications for which Original Material ”S”® could previously not be used. The thermal oxidation point has been i.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | ISO 2039 |
Orbilan ORBILAN® PE 1000 UHMW-PE Orbilan PE 1000 plastics distinguish themselves through their optimal balance of the technical features with regard to wear-resistance and impact resistance. The areas of use range from general mac.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | ISO.2039-2 |
Polimersan Plastics POLIPOLEN® (Polyethylene) UHMW-PE 1000 PE 1000: Polyethylene with very high molecular weight (UHMW - PE 1000; Ultra High Molecular Weight Polyethylene). Polyethylenes with molecular weight higher than 3 million gr/mol. POLIPOLEN® PE (P.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | ISO 2039 |
GEHR Plastics PE-UHMW-ELS Polyethylene
(discontinued **) Polyethylene offers resistance to almost all acids and bases, detergents and hot water. PE has good insulation properties and is easy to weld. The operating temperature of HDPE is from -58 °F to +1.. |
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Ball Indentation Hardness | 38.0 - 56.0 MPa | 5510 - 8120 psi | Average value: 50.3 MPa Grade Count:4 |
Overview of materials for Polytetrafluoroethylene (PTFE), Carbon Fiber Filled This property data is a summary of similar materials in the MatWeb database for the category "Polytetrafluoroethylene (PTFE), Carbon Fiber Filled". Each property range of values reported is minimum .. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | ASTM 1457-62 T |
Fluorseals PTFE 25% carbon filled Improved compressive strength, wear resistance and thermal conductivity.Information provided by TEKU GmbH Fluorkunststoffe, a distributor of Fluorseals materials. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | 30 sec |
Mikro-Technik Mikrolen AST UHMW-PE Antistatic ModifiedProperties: very good impact resistance / high absorption at shock and impact stress extremely high resistance against abrasive wear good corrosion resistance highly resistant at .. |
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Ball Indentation Hardness | 38.0 MPa @Time 30.0 sec |
5510 psi @Time 0.00833 hour |
DIN 53 456 |
Hippe PE 1000 Polyethylene Tough, flexible and stiff, depending on the crystalline structure (density). Resinous surface. Excellent dielectric properties, Good resistance against solvents, acids and alkalis. Physiologicall.. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | ISO 2039-1 |
Azoty Tarnow™ TARFLEN SM-S25 PTFE Tarflen SM1 reinforced with 25% glass fiber for standard compression molding.Information provided by Zakłady Azotowe w Tarnowie-Moscicach S.A. |
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Ball Indentation Hardness | 38.0 MPa | 5510 psi | ISO.2039-2 |
Polimersan Plastics POLIPOLEN® (Polyethylene) UHMW-PE 1000 PE 1000: Polyethylene with very high molecular weight (UHMW - PE 1000; Ultra High Molecular Weight Polyethylene). Polyethylenes with molecular weight higher than 3 million gr/mol. POLIPOLEN® PE (P.. |