Sables provides professional support to evaluate and optimize existing transmission systems to improve performance, reliability, and service life.Our optimization services include : • Analysis of current belt performance and failure causes • Recommendations for improved belt materials and structures • Upgrading belt profiles...

Sables works closely with OEM machine manufacturers to provide reliable, application-specific transmission solutions throughout the equipment development and production process.Our OEM support includes: • Technical consultation for belt selection and system design • Customized belt specifications for unique machine requireme...

In textile machinery, belts operate under high speed, continuous duty, and heavy lint environments. Common belt issues include:• Premature wear caused by dust and fiber build-up Lint and textile dust increase surface abrasion and reduce belt service life. • Slippage and unstable speed transmission Contaminants on belt surfac...

Sables provides customized, industry-specific belt solutions based on different application requirements.With extensive experience across industries such as textile, packaging, automation, ceramics, food processing, and logistics, Sables designs and recommends belts according to:• Operating speed and load conditions • Precis...

Sables belts are widely applied in high-precision machinery fields, including automation systems, precision transmission units, positioning conveyors, and selected precision manufacturing equipment.With features such as: ✅ Low elongation and high-strength tensile cords ✅ Optimized tooth profiles for accurate power transmissi...

1. PU Conveyor Belts – Primary Choice ✔ FDA & EU food contact compliant ✔ Non-toxic and odorless ✔ Easy to clean, grease resistant ✔ High abrasion resistance and long service lifeTypical Uses :Bakery linesMeat processingFruit & vegetable handlingFrozen food lines2. Food-Grade Timing BeltsMaterials : Fo...

Environment determines materials, operating conditions determine structures, and processes determine performance priorities.There is no “one best belt” for all industries — only the right belt for the application. Selection must consider speed, load, environment, precision, and hygiene requirements.

Recommended belts for ceramic equipment include:Conveyor beltsabrasion and chemical resistant belts for clay, tiles, brick conveyors with high mechanical strength. Power belts (V-belts, multi-rib, timing belts) for power transmission and precision motion in forming, cutting and shaping equipment. Abrasive & sanding belts ceramic grain or diamond abrasive...

🔧1. High-precision rubber timing beltsMain products:• Rubber synchronous belts (HTD, STD, AT profiles)• Fiberglass or aramid tensile cords• Wear-resistant rubber tooth compoundsKey technologies:⚙ High tooth accuracy for precise positioning⚙ Low elongation under load⚙ Optimized rubber formulation for long service lifeProblems solved:✔ Slippage and positi...

Carton sealing machines Rubber Timing Belts HTD 3M / 5M / 8M / STD / AT Laminating & Mounting machinesRubber Timing Belts ...

1. High-Speed Stability2. Resistance to Lint, Dust & Fiber Build-Up3. Low Noise Operation4. High Wear Resistance & Long Service Life5. Dimensional Stability & Timing Accuracy6. Resistance to Oils & Chemicals7. Heat & Environmental Resistance

Ring Spinning Machine TIMING BELT HTD 3M / ...

Path: Grade selection → Parameter lock → Sampling → Trial order → Long-term agreement.(place order≥5 sleevs，new mold fee free)

Yes. Stability is ensured through strict price system management, splitting large orders into smaller deliveries, and dedicated inventory management. In the future, we will also strengthen logistics management and establish warehouses overseas.

Technical customization options include gear milling, drilling, anti-static treatment, high-temperature resistance, and ozone resistance; prices are flexible and can be adjusted, mold fees are waived (for orders of 5 or more sleeves), and free exhibition samples are provided.

We are expanding our market globally, currently focusing on Southeast Asia, the Middle East, North Africa, and South America. Our products, including conveyor belts, timing belts, and coated belts, are available in these regions.

Yes, we have 10 city-based central warehouses and factories strategically stocked nationwide. We recommend that customers provide annual forecasts to establish dedicated safety stock levels.

The usual delivery time is 7-10 days. Due to year-end factors or approaching holidays, there may be a delay of approximately 2-4 days. Urgent orders can be added to the "urgent order list" for priority processing.

We have our own ERP system, Sables’ ERP system enables full traceability from raw materials to finished products, ensuring quick response and precise tracking for every production batch.

Sables uses carefully selected suppliers and conducts incoming material inspections to ensure consistent quality of cord, rubber, nylon fabrics, and coating materials.

Yes. All Sables belts undergo inspection and testing before delivery to ensure dimensional accuracy, performance stability, and reliability..

Sables ensures stable quality through controlled production processes, skilled technicians, continuous inspection, and standardized operating procedures.

Sables belts are manufactured in accordance with international quality standards, and the production system complies with ISO quality management requirements.

Yes. Sables fully supports OEM and ODM cooperation, including private labeling, customized designs and package, and long-term partnership development.

Yes. Sample production is available for customized belts, allowing customers to test performance and confirm specifications before proceeding to mass production.

To ensure accurate customization, Sables usually requires belt type, dimensions, application details, operating conditions, and drawings or samples if available. Our engineers assist throughout the process.

The customization lead time depends on belt specifications. In general, samples can be completed within 3–7days, and mass production typically takes 5–15 days after confirmation.

Sables offers flexible MOQ for customized belts. For many custom items, small trial orders or samples are acceptable before mass production.

Sables supports full customization, including belt pitch, length, width, tooth profile, materials, coatings, surface treatments, and special structures to meet different industrial requirements.

Yes. Sables specializes in customized timing belts and provides tailor-made solutions based on customers’ specific applications, drawings, or samples.

Too Low: Causes tooth jumping, inaccurate positioning, excessive wear on tooth tips, and abnormal noise (flapping). Correct Tension: Ensures smooth power transmission, precise synchronization, optimal belt life, and minimal noise. Too High: Increases bearing loads (potentially causing premature bearing failure), reduces bel...

Installation & Setup: Correct tension, proper alignment, and appropriate pulley selection are fundamental. Operational Loads: Operating near or above the belt's rated capacity, frequent shock loads, or severe start/stop cycles. Environmental Conditions: Exposure to excessive heat (85°C for standard neoprene), oils, chemical...

Precise Tension Control: Use a tension meter to set and maintain tension within the specified range. Consider automatic tensioners. Select High-Speed Belts: Use belts designed for high-speed operation, typically with smaller pitches (e.g., 3M, 5M) and low-mass, high-strength cord materials (e.g., aramid). Ensure Perfect Ali...

Insufficient Tension: The most common cause. Low tension allows the belt to ride out of the pulley grooves under load. Excessive Load/Shock Loads: Operating beyond the belt's designed power capacity or sudden impact loads can force teeth to skip. Worn or Damaged Pulleys: Pulleys with worn, chipped, or deformed teeth cannot ...

Single-Sided Belts: Have teeth on one side only, used for standard, unidirectional power transmission. Double-Sided Belts (DA/DB type): Have teeth on both sides. They can transmit power on two faces simultaneously, ideal for serpentine drives, multi-shaft drives, or reverse drives in compact spaces. DA type has teeth aligne...

Length: Defined by the Pitch Length (PL), e.g., 5M-1000 means 5mm pitch, 1000mm pitch length (200 teeth). Calculate the required length from your preliminary center distance and pulley teeth, then select the nearest standard length. Width: Determines the belt's load capacity. Calculate the effective tension and compare it t...

Design Power: Motor power multiplied by a service factor. Speeds: RPM of both the driver and driven pulleys. Drive Ratio: Determines the number of pulley teeth. Center Distance & Space Limits: Affects belt length and pulley size. Environmental Conditions: Temperature, humidity, exposure to oil, chemicals, or need for food-g...

Low power, high speed, compact space: Choose small pitches like 3M or 5M. Common in office equipment, small instruments, and servo motors. Medium power and speed: Choose 8M. This is one of the most common pitches in industrial automation, balancing capacity and size. High power/torque, lower speed: Choose 14M, 20M, or large...

Low power, high speed, compact space: Choose small pitches like 3M or 5M. Common in office equipment, small instruments, and servo motors. Medium power and speed: Choose 8M. This is one of the most common pitches in industrial automation, balancing capacity and size. High power/torque, lower speed: Choose 14M, 20M, or large...

Rubber Timing Belts: Have teeth on the inner circumference that mesh with pulley grooves to provide positive, non-slip drive with precise speed ratios. The backside may be flat or textured. Rubber Flat Belts: Have a smooth or coated surface and rely on friction for power transmission. They allow for some slip, are suitable ...