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Custom Polyurethane Machining & Fabrication
Premium Cast Polyurethane (PU) Sheets & Rods
Superior Abrasion Resistance, Exceptional Durability, and Customizable Properties for Industrial Applications | Expert CNC Machining, Precision Cutting & Custom Fabrication Services with No Minimum Order
Why Polyurethane Outperforms Traditional Materials
Combining the flexibility of rubber with the toughness of metal, polyurethane elastomers deliver unmatched performance in demanding applications where standard materials fail
What Makes Polyurethane Special?
Polyurethane (PU) is a high-performance thermosetting elastomer that bridges the gap between soft rubbers and rigid plastics. Our cast polyurethane materials offer exceptional wear resistance, load-bearing capacity, and resilience that dramatically outlast conventional materials in harsh industrial environments.
Unlike natural rubber that degrades in oil, or rigid plastics that crack under impact, polyurethane maintains its superior properties across a wide range of challenging conditions including chemical exposure, temperature variations, and mechanical stress.
Who Benefits from PU Materials?
Engineers and manufacturers across automotive, mining, construction, material handling, oil & gas, marine, and industrial machinery industries rely on our polyurethane solutions when applications demand:
- Maximum wear resistance for parts exposed to abrasion and friction
- Chemical and oil resistance in harsh environmental conditions
- Impact absorption combined with structural strength
- Customizable hardness from soft and flexible to rigid and strong
- Extended service life reducing maintenance and replacement costs
Exceptional Performance Characteristics
Eight critical properties that make polyurethane the preferred choice for demanding industrial applications
Superior Abrasion Resistance
Outperforms rubber and most plastics in high-wear applications. Extends component life 3-5x in material handling, conveyor systems, and wear pad applications.
Exceptional Tear Strength
45-104 kN/m tear resistance prevents propagation of cuts and damage. Ideal for seals, gaskets, and components subject to mechanical stress.
High Impact Absorption
Excellent shock and impact resistance protects equipment and reduces noise. Perfect for bumpers, protective pads, and vibration dampening applications.
Chemical & Oil Resistance
Resists degradation from oils, greases, hydraulic fluids, fuels, and many industrial chemicals. Maintains properties where rubber fails.
Elastic Memory
Superior compression set (8-17%) ensures components return to original shape after deformation. Maintains sealing effectiveness over time.
Wide Hardness Range
Available from 20A (eraser-soft) to 90A+ (bowling-ball-hard). Customize material properties to match your specific load and flexibility requirements.
Noise & Vibration Control
Excellent dampening properties reduce operational noise and protect sensitive equipment. Ideal for machine mounts and acoustic barriers.
Temperature Stability
Performs reliably from -20°C to +80°C (-4°F to 176°F). Maintains mechanical properties across varying environmental conditions.
Comprehensive Technical Data
Detailed material specifications for our cast polyurethane elastomer grades - critical data for engineering design and material selection
| Property | Test Standard | 80-85A Grade | 85-90A Grade | Unit |
|---|---|---|---|---|
| Shore A Hardness | ASTM D2240 | 80-85A | 85-90A | Shore A |
| Material Density | ASTM D792 | 1.20 g/cm³ | g/cm³ | |
| Tensile Strength | ASTM D412 | 35.8 - 54 MPa | MPa | |
| Elongation at Break | ASTM D412 | 430 - 690% | % | |
| 50% Modulus (Stress at 50% Elongation) | ASTM D412 | 1.57 - 11.7 MPa | MPa | |
| 100% Modulus (Stress at 100% Elongation) | ASTM D412 | 3.2 - 12.8 MPa | MPa | |
| 300% Modulus (Stress at 300% Elongation) | ASTM D412 | 4.5 - 29.5 MPa | MPa | |
| Tear Strength (Die C) | ASTM D624 | 45 - 104 kN/m | kN/m | |
| Abrasion Resistance (Taber Test) | ASTM D4060 | 7 - 175 mg loss | mg | |
| Compression Set (22hrs @ 70°C) | ASTM D395 | 8 - 17% | % | |
| Operating Temperature Range | - | -20°C to +80°C | °C | |
| Water Absorption (24 hours) | ASTM D570 | < 1.5% | % | |
🎯 Precision CNC Machining Capability
Tolerance: ±0.03mm (±0.0012") - Our advanced CNC machining centers deliver exceptional precision for polyurethane components. We specialize in machining PU materials from 70A to 90A hardness, producing complex geometries including threads, bores, contours, keyways, and precision-fit features. Utilizing specialized tooling, optimal cutting parameters, and proper cooling techniques, we achieve tight tolerances while maintaining superior surface finish quality.
Product Forms & Configurations
Comprehensive range of polyurethane sheets, rods, and custom configurations available for immediate shipment or custom fabrication
Cast Polyurethane Sheets
Large format sheets manufactured using precision casting technology for consistent quality and uniform properties throughout the material thickness. Our PU sheets offer exceptional machinability and are ideal for fabricating custom components.
- Standard Sizes: Up to 1400mm × 3000mm large format sheets
- Thickness Range: 1mm to 100mm+ (custom thicknesses available)
- Color Options: Transparent yellow (natural), red, black, translucent green
- Hardness Grades: 20A to 90A (multiple durometer options in stock)
- Surface Quality: Smooth cast surface both sides, ready for machining
Common Applications: Custom gaskets and seals, wear strips and pads, chute liners, screening media, vibration isolation mounts, protective covers, acoustic panels, die-cut components, impact absorbers, and custom-shaped parts.
Cast Polyurethane Rods & Bars
Precision-cast rod stock offering excellent concentricity and dimensional consistency. Ideal for CNC turning operations to produce bushings, rollers, wheels, and cylindrical components with tight tolerances.
- Diameter Range: 6mm to 300mm diameter (custom sizes available)
- Standard Lengths: Up to 3000mm (cut to custom lengths)
- Rod Types: Solid rods, hollow tubes (specify ID/OD), custom profiles
- Machining Stock: Near-net shape for efficient CNC operations
- Surface Finish: As-cast or precision ground available
Common Applications: Precision bushings and bearings, industrial rollers and wheels, pulleys and drive components, guide wheels and idlers, protective sleeves and covers, seal rings and wear rings, shock absorbers, custom machined components, and replacement parts.
PU rods available in multiple diameters and hardness grades
Example: 500mm hollow PU rod, 8mm ID (custom sizes available)
Sheet thickness options: 1mm, 2mm, 3mm (custom available)
Industry Applications & Solutions
Discover how polyurethane materials solve critical challenges across diverse industries - from automotive to mining, construction to food processing
🚗 Automotive & Transportation
- Suspension Systems: Bushings, bump stops, spring seats, sway bar links, control arm bushings
- Sealing Components: Door seals, window gaskets, trunk seals, engine compartment seals
- Drive Components: Belt scrapers, idler wheels, tensioner pulleys, coupling dampeners
- Interior Parts: Armrest cushioning, dashboard pads, sound insulation panels
- Protection: Dust boots, protective covers, impact bumpers, weather stripping
⛏️ Mining & Aggregate
- Screening Equipment: Vibrating screen panels, classifier liners, dewatering screens
- Chute Liners: Ore chute protection, transfer chute liners, impact absorption
- Material Handling: Conveyor components, belt scrapers, impact bars, skirt boards
- Wear Protection: Crusher liners, mill liners, cyclone liners, slurry handling
- Heavy Duty: Large format wear pads, abrasion-resistant sheets, impact blocks
🏗️ Construction & Building
- Vibration Control: Equipment mounts, machine pads, floating floor systems, isolators
- Sound Insulation: Acoustic barrier panels, noise dampening sheets, wall insulation
- Structural Protection: Corner guards, edge protectors, impact absorbers, wall bumpers
- Sealing Systems: Expansion joint seals, waterproofing gaskets, weather seals
- Safety: Fall protection pads, cushioned flooring, protective equipment
⚙️ Industrial Manufacturing
- Conveyors: Rollers, belt scrapers, chute liners, wear strips, guide rails
- Machine Parts: Precision bushings, wheels, drive rollers, guide components
- Wear Components: Abrasion pads, scraper blades, wear plates, skid surfaces
- Screening: Screen panels, separator liners, vibrating screen media
- Protection: Equipment liners, impact pads, buffer strips, cushioning blocks
🛢️ Oil, Gas & Marine
- Sealing: Pipeline seals, valve seats, flange gaskets, O-rings, seal rings
- Drilling: Wear pads, guide bushings, pipe protectors, stabilizer components
- Marine: Dock fenders, boat bumpers, deck seals, hatch gaskets
- Chemical Resistance: Tank liners, pipe protection, corrosion barriers
- Hydraulics: Hydraulic seals, backup rings, wiper seals, rod seals
⚡ Electronics & Equipment
- Insulation: Electrical insulation sheets, terminal covers, wire grommets
- Vibration: PCB mounting pads, equipment isolators, shock absorbers
- Cable Management: Grommets, strain relief bushings, protective sleeves
- Protection: Impact bumpers, corner protectors, device cushioning
- EMI Shielding: Conductive gaskets (with additives), shielding seals
🍽️ Food Processing
- Conveyor Systems: Food-grade rollers, belt scrapers, guide components
- Processing Equipment: Wear pads, cushioning parts, protective liners
- Cutting Surfaces: Cutting boards, work surface pads, chopping protection
- Sealing: Equipment seals, door gaskets, tank covers (food-contact grades)
- Cleaning: Scraper blades, wiper components, squeegee blades
✈️ Aerospace & Defense
- Vibration Isolation: Anti-vibration mounts, isolators, shock absorbers
- High-Performance Seals: Environmental seals, pressure seals, dynamic seals
- Impact Protection: Protective bumpers, cushioning, impact dampeners
- Precision Components: Bushings, wear surfaces, bearing components
- Custom Solutions: Specialized parts meeting aerospace specifications
Hardness Selection Guide
Choosing the right Shore A hardness is critical for optimal performance - match material properties to your application requirements
| Hardness Range | Tactile Reference | Typical Applications | Key Performance Characteristics |
|---|---|---|---|
| 20-40 Shore A | Rubber band, Soft eraser | Soft cushioning, flexible gaskets, impact absorbers, gel-like pads | Maximum flexibility, excellent shock absorption, low load capacity |
| 40-60 Shore A | Pencil eraser, Soft tire | General gaskets, flexible seals, light-duty bushings, padding | Good flexibility, moderate durability, general-purpose use |
| 60-75 Shore A | Car tire, Hard eraser | Medium-duty rollers, bearings, moderate-load seals, wear strips | Balance of flexibility and strength, good wear resistance |
| 75-85 Shore A | Skateboard wheel, Hard tire | Heavy-duty rollers, load-bearing wheels, high-pressure seals, bushings | High load capacity, excellent abrasion resistance, reduced flex |
| 85-95 Shore A | Shopping cart wheel, Heel lift | Industrial wheels, wear plates, structural parts, hard-wearing components | Very high load capacity, maximum wear resistance, minimal flex |
| 95A-75 Shore D | Hard plastic, Bowling ball | Rigid structural components, very hard wheels, extreme loads | Rigid and strong, extremely high load capacity, no flexibility |
🔍 Need Expert Material Selection Guidance?
Our technical team provides complimentary consultation to help you select the optimal polyurethane hardness for your specific application. Share your load requirements, environmental conditions, flexibility needs, and expected wear factors - we'll recommend the perfect grade and provide free samples for testing. Contact us at beeplastic@beeplastic.com with your project details.
Complete Custom Fabrication Services
From raw material to finished components - comprehensive manufacturing capabilities to bring your polyurethane designs to life
🔧 CNC Precision Machining
Multi-axis CNC milling and turning with ±0.03mm tolerance. Complex geometries, threads, bores, and precision features in PU 70A-90A hardness.
Learn More →✂️ Precision Cutting
Waterjet, bandsaw, and die-cutting services. Cut to exact dimensions with clean edges and tight tolerances. No minimum order.
Learn More →⚡ Laser Cutting
High-precision CO2 laser cutting for intricate gaskets, seals, and custom shapes. Laser engraving for part marking. Burr-free edges.
Learn More →🔥 Thermoforming
Heat forming and bending services for curved PU components, covers, and custom shapes. Controlled heating prevents degradation.
Learn More →🔗 Welding & Bonding
Hot plate welding, ultrasonic welding, and adhesive bonding. Create complex assemblies and large structures from multiple pieces.
Learn More →💉 Custom Molding
Low-volume injection and compression molding for custom PU parts. Ideal for prototypes and small to medium production without expensive tooling.
Learn More →🎨 Surface Finishing
Polishing, grinding, buffing, and surface treatment. Achieve smooth finishes, specific roughness, or textured surfaces per your requirements.
📐 Engineering Support
Design assistance, material selection, and DFM consultation. Our engineers optimize your designs for polyurethane fabrication success.
±0.03mm Machining Tolerance
5-10 Days Standard Lead Time
No MOQ Minimum Order
20-90A Hardness Range
✨ BeePlastic Advantage
- No Minimum Order Quantity: From single prototypes to thousands of production parts
- Fast Turnaround: 5-10 business days standard; expedited service available
- Free Shipping Options: Complimentary standard shipping to many countries and regions
- Quality Assurance: 100% inspection ensures dimensional accuracy and material quality
- Technical Expertise: Over a decade of polyurethane machining experience
- Competitive Pricing: Direct manufacturer pricing without middleman markup
- Custom Material Grades: Access to specialized PU formulations for unique requirements
Polyurethane vs. Alternative Materials
Understanding how PU compares to other materials helps you make informed decisions for your engineering applications
| Property | Polyurethane (PU) | Natural Rubber | HDPE | Nylon |
|---|---|---|---|---|
| Abrasion Resistance | ✓✓✓✓ Excellent | ✓✓ Good | ✓✓✓ Very Good | ✓✓✓ Very Good |
| Tear Resistance | ✓✓✓✓ Excellent | ✓✓✓ Very Good | ✓✓ Good | ✓✓✓ Very Good |
| Oil & Chemical Resistance | ✓✓✓✓ Excellent | ✓ Poor | ✓✓✓ Very Good | ✓✓✓ Very Good |
| Impact Resistance | ✓✓✓✓ Excellent | ✓✓✓ Very Good | ✓✓✓ Very Good | ✓✓✓ Very Good |
| Load Bearing Capacity | ✓✓✓✓ Excellent | ✓✓ Moderate | ✓✓✓ Very Good | ✓✓✓✓ Excellent |
| Flexibility Range | ✓✓✓✓ 20A-95A | ✓✓✓ 30A-90A | ✓ Limited | ✓ Limited |
| Temperature Range | -20°C to +80°C | -40°C to +70°C | -40°C to +90°C | -40°C to +120°C |
When Polyurethane is the Superior Choice:
- Maximum Abrasion Performance: PU outlasts rubber and most plastics 3-5x in high-wear applications
- Oil & Chemical Exposure: Maintains properties where rubber degrades rapidly
- Flexible Load-Bearing: Bridges gap between soft rubbers and rigid plastics
- Impact Absorption: Superior shock dampening compared to rigid plastics
- Customizable Hardness: Wide range from soft to rigid for specific needs
- Extended Service Life: Reduced replacement frequency lowers total cost
Explore Our Engineering Plastics Portfolio
Comprehensive selection of high-performance plastic materials with custom fabrication services - each material optimized for specific engineering requirements
| Material | Full Name | Key Properties & Benefits | Typical Applications | Compare to Polyurethane |
|---|---|---|---|---|
| UHMW-PE | Ultra-High-Molecular-Weight Polyethylene | Exceptional abrasion resistance, self-lubricating, very low friction, high impact strength, chemical resistant | Wear strips, chute liners, conveyor components, sliding bearings, low-friction surfaces | Lower friction coefficient, harder surface, better for sliding wear applications |
| Nylon (PA) | Polyamide (PA6, PA66, PA12) | High mechanical strength, good wear resistance, self-lubricating properties, tough and durable | Gears, bearings, rollers, structural components, bushings, mechanical parts | More rigid, less flexible, better for precision mechanical components |
| Silicone Rubber | Silicone Elastomer (VMQ/LSR) | Excellent temperature range (-60°C to +200°C), biocompatible, flexible, weather and UV resistant | Seals, gaskets, O-rings, medical devices, food contact applications, high/low temperature use | Better temperature range, lower abrasion resistance, softer feel, biocompatible |
| HDPE | High-Density Polyethylene | Good chemical resistance, high impact strength, lightweight, cost-effective, moisture resistant | Tanks and vessels, cutting boards, food equipment, marine components, chemical handling | More rigid, lighter weight, lower cost, better for structural applications |
| POM (Acetal) | Polyoxymethylene (Delrin®) | Excellent dimensional stability, low friction, high stiffness, precise machinability, low moisture absorption | Precision gears, bearings, fasteners, structural parts, tight-tolerance components | More rigid, better dimensional stability, excellent for precision parts |
| PEEK | Polyether Ether Ketone | Exceptional high-temperature resistance (up to 260°C), excellent chemical resistance, very high strength | Aerospace components, medical implants, high-performance bearings, oil & gas applications | Higher temperature capability, more rigid, premium performance, higher cost |
| PTFE | Polytetrafluoroethylene (Teflon®) | Lowest friction coefficient, extreme chemical resistance, wide temperature range, non-stick surface | Seals, gaskets, bearings, chemical processing equipment, non-stick applications | Lower friction, better chemical resistance, less flexible, lower load capacity |
| PC | Polycarbonate | Extremely high impact resistance, transparent, good temperature resistance, dimensionally stable | Safety shields, machine guards, protective windows, equipment housings, optical parts | More rigid, transparent options, higher impact resistance, less flexible |
| ABS | Acrylonitrile Butadiene Styrene | Good impact resistance, easy to machine and thermoform, excellent surface finish, versatile | Prototypes, housings, automotive trim, consumer products, 3D printing applications | More rigid, better machining characteristics, lower cost, less wear resistant |
| Acrylic (PMMA) | Polymethyl Methacrylate | Excellent optical clarity, UV resistant, good weatherability, easily fabricated and polished | Display cases, signage, light guides, lenses, architectural glazing, point-of-sale displays | Transparent, more rigid, brittle, excellent for optical applications |
| PP | Polypropylene | Excellent chemical resistance, low density, good fatigue resistance, weldable, cost-effective | Chemical tanks, packaging, living hinges, labware, automotive components | More rigid, better chemical resistance, lower cost, less wear resistant |
| PVC | Polyvinyl Chloride | Good chemical resistance, inherently flame retardant, durable, cost-effective, electrical insulation | Pipes and fittings, chemical tanks, cable insulation, construction materials | More rigid, better chemical resistance, flame retardant, less flexible |
| PET | Polyethylene Terephthalate | High strength and stiffness, excellent clarity (PETG), good chemical resistance, thermoformable | Food containers, machine guards, display stands, protective equipment | More rigid, transparent options, better clarity, less impact resistant |
| PEI (Ultem®) | Polyetherimide | High strength at elevated temperatures, inherent flame retardancy (V-0), good chemical resistance | Medical device components, aircraft interior parts, electrical connectors, sterilizable parts | Higher temperature capability, more rigid, flame retardant, transparent options |
| PPS | Polyphenylene Sulfide | Excellent high-temperature resistance, outstanding chemical resistance, dimensionally stable, flame retardant | Automotive under-hood components, electrical connectors, pump and valve parts | Higher temperature capability, better chemical resistance, more rigid and brittle |
| PVDF | Polyvinylidene Fluoride | Excellent chemical resistance (especially halogens), high purity, UV resistant, good mechanical strength | Chemical processing equipment, high-purity fluid handling, wire insulation | Superior chemical resistance, high purity, more rigid, higher cost |
| PAI (Torlon®) | Polyamide-imide | Exceptional strength at high temperatures, excellent wear resistance, good chemical resistance | High-performance seals, bearings, aerospace components, electrical insulators | Higher temperature capability, more rigid, better for extreme conditions, higher cost |
| PI (Kapton®) | Polyimide | Outstanding high-temperature performance (continuous use up to 260°C), excellent dimensional stability | Aerospace components, semiconductor processing, high-temperature electrical insulators | Much higher temperature capability, more rigid, specialized applications, premium cost |
| FR-4 / G-10 | Glass-Reinforced Epoxy Laminate | Exceptional mechanical strength, excellent electrical insulation, flame retardant (FR-4), dimensionally stable | PCBs, electrical insulators, structural components, high-strength mechanical parts | Much more rigid, electrical insulation, very high strength, not flexible |
| Phenolic | Phenol Formaldehyde (Bakelite) | Superior electrical insulation, high temperature resistance, rigid and strong, cost-effective | Electrical insulators, gears, terminal boards, high-temperature mechanical parts | More rigid, electrical insulation, higher temperature, brittle, no flexibility |
Frequently Asked Questions
Expert answers to common questions about polyurethane materials, properties, fabrication, and applications
What makes polyurethane different from rubber?
While both are elastomers, polyurethane offers dramatically superior abrasion resistance (3-5x longer life), higher load-bearing capacity, better tear strength, and excellent oil/chemical resistance. Rubber degrades quickly in oils and hydraulic fluids, while PU maintains performance. Polyurethane combines rubber's flexibility with plastic's durability, making it ideal for demanding industrial applications where rubber fails prematurely.
Which hardness grade should I choose for my application?
Hardness selection depends on your specific requirements: 20-50A for maximum flexibility and shock absorption; 50-70A for general-purpose seals and cushioning; 70-85A for load-bearing rollers and bushings; 85-95A for heavy-duty wheels and maximum wear resistance. Consider load magnitude, flexibility needs, environmental conditions, and expected wear. Contact our technical team at beeplastic@beeplastic.com for personalized guidance and free samples.
Can polyurethane be CNC machined to tight tolerances?
Yes, polyurethane with hardness from 70A to 90A machines excellently on standard CNC equipment. We routinely achieve ±0.03mm (±0.0012") tolerances on machined features including threads, bores, contours, and precision-fit components. Using specialized tooling, proper cutting parameters, and cooling techniques, we produce complex geometries with superior surface finish. Softer grades below 70A can be machined using alternative methods including freezing, grinding, or die-cutting.
What are typical lead times for custom polyurethane parts?
Standard fabrication lead times are 5-10 business days for most custom cutting and machining projects. Simple cut-to-size orders typically ship within 3-5 business days. Complex CNC machining or high-volume orders may require 10-15 business days. We offer expedited production for urgent requirements. Contact us to discuss your specific timeline - we prioritize meeting your project deadlines.
Do you have minimum order quantities?
No minimum order quantity! We understand engineers and manufacturers frequently need single prototype parts, small test batches, or replacement components. Whether you require one precision-machined bushing or 10,000 stamped gaskets, we're equipped to handle orders of any size with the same quality and attention. Our flexible manufacturing approach makes custom polyurethane parts accessible for projects at every scale.
How does polyurethane resist chemicals and oils?
Polyurethane exhibits excellent resistance to petroleum-based oils, greases, hydraulic fluids, fuels, and many industrial chemicals. It performs reliably in environments where natural rubber quickly degrades. However, chemical resistance varies with specific chemicals, concentration, temperature, and exposure duration. PU resists most aliphatic hydrocarbons, mineral oils, and dilute acids/bases, but may be affected by strong polar solvents, concentrated acids, or prolonged exposure to certain chemicals. Contact us with your specific chemical exposure requirements for compatibility confirmation.
What temperature range can polyurethane withstand?
Our cast polyurethane materials perform effectively in continuous service from -20°C to +80°C (-4°F to 176°F). Short-term exposure to slightly higher temperatures may be acceptable depending on the application. Mechanical properties remain stable throughout this range, though some hardness increase occurs at lower temperatures. For applications requiring higher continuous operating temperatures above 80°C, we recommend alternative materials such as PEEK, PAI, or PI.
Can you provide material test data and documentation?
Yes, we provide comprehensive technical data sheets with detailed property information including tensile strength, elongation, tear resistance, compression set, hardness data, and abrasion resistance. Material composition information and batch traceability documentation are available upon request. While we don't hold specific industry certifications, our materials are manufactured to consistent quality standards and can be third-party tested to meet your specific requirements.
How does polyurethane compare to UHMW-PE for wear applications?
Both materials excel in wear applications but with different strengths. Polyurethane advantages: superior tear resistance, higher load capacity, better impact absorption, greater flexibility options. UHMW-PE advantages: lower coefficient of friction, better performance in sliding wear, broader chemical resistance, lighter weight. Choose PU when you need impact resistance, flexible components, or tear resistance. Choose UHMW-PE for low-friction sliding surfaces, conveyor liners, or where lighter weight is critical.
Can polyurethane be bonded or welded?
Yes, polyurethane can be bonded to itself and various other materials using appropriate adhesives and proper surface preparation. We offer plastic welding services for joining PU components including hot plate welding and adhesive bonding. Surface preparation (cleaning, abrading, priming) is essential for achieving strong, durable bonds. For bonding to metals, plastics, or composite materials, we can recommend appropriate adhesive systems and application procedures based on your specific assembly requirements.
What colors are available for polyurethane materials?
We stock polyurethane materials in transparent yellow (natural), red, black, and translucent green colors for immediate shipment. These colors are available across our standard hardness ranges. Custom colors can be produced for volume orders (typically 100+ pieces minimum) - contact us with your color requirements, target hardness, and order quantity. We'll provide color-matching options and lead times. Color availability may vary by specific hardness grade and product form.
Do you ship internationally?
Yes, we ship polyurethane products worldwide. Free standard shipping is available to many countries and regions (minimum order value may apply). International orders include proper export documentation and customs support. Standard international shipping typically takes 7-15 business days depending on destination. Expedited shipping options are available at customer expense for urgent deliveries. Contact us for shipping rates, delivery times, and customs information specific to your location.
Transform Your Application with Polyurethane
Partner with BeePlastic for expert material selection, precision fabrication, and custom polyurethane solutions engineered for your success. Our technical team is ready to help you achieve superior performance and extended component life.
Fast Response: Inquiries answered within 24 hours | Free Samples: Available for testing and evaluation | Engineering Support: Technical consultation throughout your project | No MOQ: From prototypes to production
Your Trusted Polyurethane Manufacturing Partner
BeePlastic is a leading provider of premium polyurethane materials and precision custom fabrication services, serving manufacturers and engineers worldwide. With over a decade of specialized experience in engineering plastics and elastomers, we've built our reputation on delivering exceptional quality, technical expertise, and responsive customer service.
Our modern manufacturing facility combines advanced CNC machining technology, precision cutting equipment, and experienced technicians to ensure every polyurethane component meets the highest standards of quality and performance. We understand the critical role materials play in your success, and we're committed to helping you achieve it.
Why Manufacturers Choose BeePlastic:
- Extensive inventory of PU sheets and rods in multiple hardness grades
- Advanced CNC capabilities with ±0.03mm tolerance precision
- No minimum order quantities - prototype to production
- Fast turnaround with expedited service available
- Free shipping options to many global destinations
- Expert technical support and material selection guidance
- Direct manufacturer pricing for exceptional value
- Comprehensive quality assurance and inspection
Learn More
Fully Customizable to Your Specifications
At BeePlastic, we offer precision cutting and machining to produce sheets and rods that perfectly fit your project's specific dimensions and requirements.
Tailored Solutions Across Industries
Explore Our Full Range of Plastic Materials
Discover the versatility and quality of our extensive plastic materials portfolio. From standard sheets to highly specialized rods, each product is designed to meet the diverse needs of industries including aerospace, automotive, and healthcare. Browse our collection to find the perfect material suited to your project requirements.
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