Polymer Property : Ball Indentation Hardness = 5510 psi Product List

Mechanical Properties

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Mechanical Properties	Metric	English	Comments
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..
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..
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..
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..
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..
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..
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..
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..
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..
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..
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..
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..
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..
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..
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 ..
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.
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 ..
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..
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.
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..