Custom Rubber Wheels (OEM Manufacturer)

Molded and rubber-bonded wheel solutions for small carts and light-duty equipment, including shopping carts, lawn mowers, and utility trolleys.

img get your equipment and goods moving with fenlora s wheels and rollers

Custom Rubber Wheels for Industrial & OEM Applications

We manufacture custom rubber wheels and caster wheels engineered for traction, floor protection, shock absorption, and consistent performance under load.

Custom manufacturing only (no standard online catalog). Upload a drawing or share your requirements for a fast DFM review and quotation.

DFM Support · Prototype → Production · Material & Durometer Selection ·  Rubber-to-Metal Bonding Options

Engineered Solutions by Application

High-Resilience Natural Rubber Casters for Vibration Dampening

Shock and impact transfer to payload — Solution: High-Resilience Natural Rubber

ESD Caster Wheels for Cleanroom & Static Control

Static charge accumulation and arc discharge risk — Solution: Conductive Carbon-Loaded Rubber

Oil-Resistant NBR Caster Wheels for Metalworking Environments

Tread swelling and chemical degradation from metalworking fluids — Solution: Nitrile (NBR) Rubber

Custom High Temperature Casters for Extreme Heat Environments

Heat embrittlement and tread failure above 200°C — Solution: High Temperature Silicone (VMQ)

Rubber Wheel Customization Options (Made-to-Spec)

How We Help

We design wheel performance around your real usage conditions.

Dimensions & Geometry

  • Outer diameter (OD), width, tread shape

  • Bore size / axle fit

  • Edge chamfers or radius for handling and floor protection

Material & Performance Tuning

  • Durometer range selection (Shore A) to balance traction vs wear vs noise

  • Compounds for abrasion resistance, shock absorption, oil resistance, or outdoor use

  • Optional non-marking and low-odor solutions (application dependent)

Core / Hub / Insert Options (If Required)

  • Rubber bonded to metal hub (rubber-to-metal bonding)

  • Insert/retention feature recommendations based on load and torque

  • Bearing, bushing, or plain bore options (based on assembly design)

  • Instant AI DFM + engineer review to quickly identify manufacturability risks, reduce mold issues, and prevent fit/function problems  Learn more →

  • Material and hardness (Shore A) recommendations based on load, floor type, noise requirements, and environment

  • Custom structure options (tread profile, hubs/inserts, retention features)

  • Prototype + sampling support to validate performance before mass production (wear resistance, resistance to weathering, ozone, and UV rays)

  • Quality control for consistency (dimensions, hardness, appearance/defects)

What We Need From You (Fast RFQ Checklist)

To quote quickly and reduce revisions, please share:

  1. Drawing (STEP/PDF) or sample

  2. Load per wheel (static + dynamic, if available)

  3. Rolling surface / floor type (concrete, epoxy floor, tile, etc.)

  4. Environment (oil, chemicals, outdoor/UV exposure, temperature range)

  5. Speed / RPM (if relevant)

  6. Quantity plan: prototype / pilot / mass production forecast

Case Study

Client Profile: Tier-2 rubber and plastic assembler
Timeline: 2015–2018
Challenge: Develop a custom rubber compound from scratch that meets strict mechanical property targets—tensile strength, hardness, abrasion, and tear resistance—while also optimizing product structure for roll-stand transport use.
Our Approach
  1. Collaborative Testing Loop (12+ months) – Conducted iterative testing cycles to refine SBR/NR/EPDM compound ratios, plasticizers, and fillers. Logged mechanical data each round to isolate viable formulations.
  2. Cross-Functional Engineering Support – Partnered with the client’s engineers to co-optimize the product structure alongside the compound recipe.
  3. Expert Consultation – Consulted with a university-based elastomer expert (20+ years experience) to determine optimal gradient percentages and improve formulation efficiency.
  4. Recipe Finalization – Validated a new compound that consistently passed all tensile, hardness, abrasion, and tear resistance tests while using the client’s existing raw rubber source.
Results for the Client
  • Passed all mechanical tests (tensile, Shore A, abrasion, tear) using existing material base
  • Reduced testing time by 40 % after expert engagement
  • Improved durability through structural modifications co-developed with client engineers
  • Cost-optimized solution without switching to new base materials

Explore our selection of rubber wheels and casters

Our custom rubber wheels are engineered to balance strength, flexibility, and control, making them ideal for mobile systems and carts.