Direct manufacturer-certified engineering plastic components designed for extreme industrial environments.
Extreme-wear resistance and low friction coefficients engineered for maritime port bumper panels.
Custom machined flights offering high abrasion resistance and food-grade compatibility.
Premium PE1000 grade sheets matching heavy mining, conveying, and industrial processing requirements.
State-of-the-art UD laminate technology designed for reliable composite armor panels.
Exceptional continuous operating temperature limits up to 250°C and superior dimensional stability.
FDA-compliant high-density polyethylene boards structured for commercial culinary sanitation.
Portable, impact-proof training equipment configured with heavy-duty polymer sheets.
Noise-dampening, self-lubricating nylon and POM custom spur and bevel industrial gears.
A comprehensive manufacturing pioneer in advanced engineering polymer compounding, extrusion, and precision CNC fabrication since 2015.
Over a decade of core field experience equips Tianjin Beyond Technology Development Co., Ltd. with powerful industry authority. We specialize in producing raw materials, extruding high-tolerance semi-finished rods and sheets, and completing precision finished parts. Our 50,000 m² factory integrates the latest compression molding technologies, extrusion workshops, and multi-axis CNC milling centers.
By purchasing prime raw materials directly from global energy leaders like TICONA, LG, and Sinopec, we maintain exceptional batch-to-batch physical conformity. This enables us to support global heavy machinery manufacturers, port operations, and industrial equipment builders with optimized mechanical properties.
Different engineering plastics feature unique molecular properties that dictate their response to wear, thermal stress, moisture, and impact load.
| Polymer Class | Key Density (g/cm³) | Operating Temp Limit (°C) | Moisture Absorption | Friction Coefficient | Top Application Scenarios |
|---|---|---|---|---|---|
| PE1000 (UHMWPE) | 0.93 - 0.95 | -200 to +80 | < 0.01% (Excellent) | 0.10 - 0.15 | Marine fender panels, hopper linings, chain guides |
| HDPE (PE300) | 0.95 - 0.96 | -50 to +90 | < 0.01% | 0.15 - 0.20 | Ground protection mats, cutting boards, tank construction |
| PA6 / MC Nylon | 1.13 - 1.15 | -40 to +110 | ~ 3.0% (Moderate) | 0.28 - 0.35 | Industrial gears, rollers, heavy bearings, wear pads |
| POM (Acetal/Delrin) | 1.41 - 1.43 | -50 to +100 | 0.22% (Low) | 0.15 - 0.25 | Precision gear wheels, electrical components, bushes |
| PP (Polypropylene) | 0.90 - 0.91 | 0 to +100 | < 0.03% | 0.25 - 0.30 | Chemical process equipment, welding rods, pickling lines |
| PEEK | 1.30 - 1.32 | -60 to +250 | 0.07% (Minimal) | 0.30 - 0.40 | Aerospace, semiconductor parts, downhole oil drilling |
Our raw material portfolio features UHMWPE, HDPE, PP, PVC, MC Nylon, PA6, POM, and PEEK rods and sheets. Understanding the molecular behaviors of these plastics is essential for selecting the correct material. For instance, while PA6 Nylon exhibits outstanding structural load capacity, its high moisture absorption makes POM (Acetal) a superior choice for high-moisture precision gears.
Practical industrial scenarios require engineering plastics tailored to specific mechanical, chemical, and environmental conditions.
Heavy vessel impacts pose a major challenge to harbor concrete structure lifespans. Our UHMWPE marine fender face pads absorb kinetic energy, reducing dock damage. Their low-friction surfaces allow vessels to slide smoothly along docking structures under tidal shifts, while preventing marine growth adhesion.
Soft soil conditions threaten heavy mobile cranes with tip-overs. Our high-strength UHMWPE crane outrigger pads distribute concentrated loads across a wider surface area. These lightweight pads resist cracking and water absorption, making them a durable alternative to heavy, corroding metal outrigger plates.
In food processing and textile automation, grease lubrication can contaminate products. Self-lubricating PA6 Nylon and POM gears run dry, reducing operational noise. These materials provide high fatigue resistance, cushioning shock loads that could fracture standard structural steels.
Reliable polymer performance starts with raw material selection. While we compound high-grade synthetic plastics at our 50,000 m² Tianjin plant, we also partner with specialized ecological supply bases. Our partner Ya'an Times Biotech Co., Ltd. (located in the high-altitude regions of Sichuan, where altitudes vary from 525 meters to 7555 meters) provides access to specialized natural raw material bases.
This allows us to support essential oil extractions, natural cosmetics, food-grade additives, and custom formulations (such as camellia, eucalyptus, turmeric, and pepper oils). This diverse botanical supply chain runs alongside our main industrial polymers, giving us a unique role in high-purity medical and bio-compatible plastic compounding.
Times Biotech selects raw materials under strict quality standards. It monitors extraction processes to ensure its oils remain a premium raw material choice. Our manufacturing integrates these bio-compounds into special polymer families requiring antimicrobial surfaces, natural fragrances, or bio-degradable structures.
This strict traceability supports our engineering plastics production. Our quality systems monitor materials from entry to CNC output under ISO 9001 quality management, preventing out-of-spec products from leaving the factory floor.
Tianjin Beyond utilizes China's integrated industrial hubs to supply raw polymers, semi-finished extrusions, and finished parts under one roof.
Our domestic industrial network ensures a steady supply of basic monomers, reducing pricing volatility from external supply shocks. By integrating compression molding, sheet extrusion, and multi-axis CNC machining, we eliminate intermediary shipping costs and coordinate operations seamlessly.
This allows us to process large orders quickly while keeping tight tolerances on custom shapes. Our logistics network near Tianjin Port also supports reliable global container shipments with minimal delays.
Engineered for material handling chutes. Its high molecular weight prevents material hang-ups and dry-run damage.
Offers high abrasion and impact resistance, zero water absorption, and self-lubricating properties.
An eco-friendly, cost-effective industrial sheeting solution that lowers carbon emissions while retaining wear resistance.
A structural metal-replacement plastic that saves weight and dampens noise across manufacturing lines.
Industrial applications demand continuous development of custom polymer compounds to meet harsher working environments.
By blending carbon fiber, glass beads, and graphene into standard PE, POM, and PEEK, we improve structural modulus and creep resistance. This enables plastics to function under higher mechanical loads without plastic deformation.
Semiconductor manufacturing and fuel conveying require protection against static buildup. Our specialized POM and UHMWPE compounds integrate conductive carbon black to control surface resistivity between 106 and 109 ohms, preventing electrical discharges.
For applications in underground mining and public transport, we compound fire-retardant PP and PE sheets. These meet UL94 V-0 standards, suppressing fire spread and reducing toxic smoke generation in fire zones.
Our products are manufactured, tested, and verified to international industrial standards.
Tianjin Beyond operates with strict technical standards. Our independent laboratories conduct batch tests for density, tensile strength, Shore hardness, and wear rates. We cooperate with plastic research institutes and international testing laboratories to maintain compliance with key standards.
Guarantees traceability of raw materials and strict control across all manufacturing steps.
Independent inspection confirms chemical purity and structural performance metrics.
Strict formulation control makes our HDPE and UHMWPE suitable for direct food contact.
Technical answers to common engineering questions regarding the application and machining of polymer rods and sheets.
Compression molding uses higher pressure and slower cooling cycles, which reduces internal stress in thick sheets (above 30mm) and prevents warping during CNC machining. Extrusion, on the other hand, is a continuous process that works well for thinner sheets and rods. While both methods maintain similar chemical properties, compression-molded material offers slightly higher dimensional stability under tight machining tolerances.
PA6 Nylon contains polar amide groups that absorb up to 3.0% atmospheric moisture, which plasticizes the material, increasing impact strength but reducing tensile strength and changing dimensions. POM (Acetal) is highly stable, with moisture absorption below 0.22%. This makes POM the preferred choice for precision gears and electrical insulation in humid environments.
UHMWPE features a lower coefficient of friction (0.10 - 0.15) compared to Polyurethane (0.3 - 0.6), which reduces frictional heat and power consumption in conveying systems. Additionally, UHMWPE offers better chemical resistance and does not degrade in water. Polyurethane, however, is better suited for applications requiring high elastomeric flexibility and cut resistance.
Plastics have higher thermal expansion coefficients than metals, meaning thermal control is essential during machining. Using calibrated multi-axis CNC machines and sharp tools, we can achieve tolerances of ±0.05mm on POM and PEEK, and ±0.15mm on softer materials like UHMWPE and HDPE.
Custom sizes, dimensions, and CNC configurations built to match international standards.
Heavy-duty mechanical rods offering high load-bearing capacity and vibration-damping properties.
Precision-milled gear wheels offering low noise, lightweight performance, and grease-free operation.
Acetal sheets optimized with antistatic agents to protect sensitive electronics assembly lines.
Unfilled chemical-grade PP and HDPE sheets designed for acidic tank structures and chemical vessels.
High-load support pads designed to prevent heavy vehicle tip-overs on unstable terrain.
Cast and extruded PA6 sheets colored for easy identification in mechanical applications.
Self-extinguishing PP sheets compiled to meet stringent UL94 V-0 safety standards.
High-abrasion resistance liners for bulk material handling chute and hopper protection.
Beyond