UHMW 1000 Rod



Röchling UHMW1000 rods provide an elite engineering solution for industrial components requiring maximum wear resistance, self-lubrication, and high impact strength in demanding mechanical environments.


Ultra-High Molecular Weight Polyethylene (UHMW1000) Rods

Engineering applications operating under extreme friction, heavy impact, and corrosive environments demand materials that do not fail. UHMW1000 rods (Ultra-High Molecular Weight Polyethylene, often designated as PE-UHMW) represent the premium tier of engineering plastics, offering an unparalleled combination of wear resistance, low coefficient of friction, and impact strength.

As a high-performance polymer, UHMW1000 is the material of choice when standard high-density polyethylene (PE-HD) or basic polyamides cannot meet the mechanical limits of heavy-duty industrial systems.

Premium German Engineering: Sourced from Röchling

To ensure absolute dimensional stability, material purity, and compliance with strict international standards, our inventory of UHMW1000 rods is imported directly from Röchling, Germany—the global benchmark in technical plastics manufacturing.

By supplying genuine Röchling UHMW1000 stock shapes, we guarantee our partners access to rods that feature consistent molecular weight distribution (exceeding 9 × 10⁶ g/mol), minimal internal stress, and superior machinability for close-tolerance CNC turning and milling.

Key Technical Specifications and Performance Metrics

Understanding the exact physical limits of your material is critical for successful component design. Below is the technical profile of our Röchling-sourced UHMW1000 stock:

Physical & Mechanical Property Value / Metric Standard (ISO / DIN)
Molecular Weight ~ 9.2 million g/mol High-performance threshold
Density 0.93 g/cm3 ISO 1183
Yield Stress >= 17 MPa ISO 527
Coefficient of Sliding Friction 0.10 - 0.15 (Dry sliding against steel) Drag-reduction standard
Service Temperature Range -260 C to +80 C Cryogenic to moderate thermal limits
Water Absorption < 0.01% ISO 62

High-Value Advantages of UHMW1000 Rod Stock

Selecting the correct grade of industrial polymer directly impacts the lifespan of your mechanical assemblies. UHMW1000 rods deliver distinct operational advantages over traditional metals and lower-grade plastics:

  1. Exceptional Wear and Abrasion Resistance: UHMW1000 exhibits the highest resistance to abrasive wear among all industrial thermoplastics, outperforming carbon steel in high-slurry or dry-friction environments.
  2. Self-Lubricating Surface: The extremely low coefficient of friction minimizes heat buildup and drag, eliminating the need for external grease or oil lubrication in sliding systems.
  3. Superior Shock and Impact Absorption: Even at extreme cryogenic temperatures down to −260 °C, the polymer retains high notched impact strength without cracking or shattering.
  4. Total Chemical and Corrosion Inertness: Highly resistant to concentrated acids, alkalis, and organic solvents, making it ideal for aggressive chemical processing zones.
  5. Zero Moisture Absorption: Because the material does not absorb water, components maintain their precise physical dimensions and mechanical properties even when fully submerged.

Primary Industrial Applications

Thanks to its versatility and high structural integrity, machined parts from UHMW1000 rod stock are widely utilized across demanding sectors:

  1. Conveyor and Material Handling: Machined chain guides, wear strips, curve tracks, star wheels, and sprockets.
  2. Food Processing and Packaging: Components requiring strict FDA compliance, such as dosing pistons, guide rollers, and scraper blades.
  3. Chemical and Fluid Handling: Seals, gaskets, valve seats, and pump impellers operating in corrosive chemical environments.
  4. Heavy Machinery and Mining: Bushings, bearings, slider blocks, and wear plates exposed to highly abrasive dust and high-impact forces.

Product Name UHMW 1000 Rod
Product Group UHMW
Brand ROCHLING
Product Code 012
Tags UHMW 1000 Rod |

Röchling UHMW1000 rods provide an elite engineering solution for industrial components requiring maximum wear resistance, self-lubrication, and high impact strength in demanding mechanical environments.

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