FAQ

We are a direct manufacturer. Tianjin Shunnai Conveyor Belt Manufacturing Co., Ltd. was founded in 2007. We have our own production base covering nearly over 10,000 square meters, and a marketing center in Tianjin. You are very welcome to visit our factory.

Absolutely. We warmly welcome customers from all over the world to visit our factory. Please contact our sales team in advance, and we will arrange pick-up, translation and other services for you.

Yes, we do. We have a professional R&D team focusing on new conveyor belt materials, product performance improvement, and customized solutions. Our company holds multiple invention patents and certifications such as FDA, MA, CNAS, and ISO 9001.

Our manufacturing base is located in Xingtai Economic Development Zone, Hebei Province, China. Our headquarters is in Jizhou District, Tianjin, and we have a marketing center in Nankai District, Tianjin.

We have over 90 staff in total across our three specialized workshops. We also have a dedicated sales and R&D team at our marketing center.

We are equipped with 4 automatic conveyor belt production lines and 3 automatic production lines for guide strips, baffles and skirt sides. Our advanced equipment ensures large-scale production capacity and stable quality.

Since our founding in 2007, we have been manufacturing light conveyor belts and conveying equipment for over 18 years.

We have customers worldwide, but agents are available only in certain regions. Please contact our sales team to check if we already have an agent in your country. If not, we welcome partnership inquiries.

Yes. We can provide real project photos and case studies of conveyor belts and equipment installed in food, logistics, wood, stone, and other industries. Please ask our sales team for references.

Our production base covers nearly over 10,000 square meters with three specialized workshops. We have over 90 staff and operate 4 automatic conveyor belt production lines plus 3 accessory lines.

For standard conveyor belts, MOQ is flexible. Sample orders (1 belt or 1 machine) are welcome. For custom belts or equipment, MOQ depends on specifications.

Absolutely. We warmly welcome customers from all over the world to visit our factory. Please contact our sales team in advance, and we will arrange pick-up, translation and other services for you.

Yes, we have a professional R&D team composed of 7 engineers with rich experience in developing new wall panel materials, improving product performance and designing personalized products according to customer needs.

Please contact our sales team at global@shunnaibelt.com to discuss partnership opportunities. We look forward to working with reliable partners who have experience in the conveyor belt industry.

We have partner hotels near our factory. Our team can arrange accommodation and pick-up for you. Please let us know your travel plan in advance.

Our Tianjin Nankai marketing center is about 30 km from Tianjin Binhai International Airport (TSN), around 40 minutes by car. Our Tianjin Jizhou headquarters is about 68 km from Beijing Capital International Airport (PEK) and about 120 km from Tianjin Binhai International Airport, approximately 1.5 hours and 2 hours respectively. Our Hebei Xingtai production base is about 130 km from Shijiazhuang Zhengding International Airport (SJW), around 2 hours by car. We can arrange pick-up upon request.

We manufacture a wide range of light conveyor belts and conveying equipment. Products include PVC, PU, PTFE (Teflon), silicone, rubber and PVK conveyor belts, as well as custom conveying systems, belt conveyors, roller conveyors, and accessories like guide strips, baffles and skirt sides.

Our products have obtained authoritative certifications such as FDA, MA, CNAS, and ISO 9001, along with multiple invention patents. Our food-grade conveyor belts meet FDA standards for direct food contact.

Yes. Our conveyor belts are designed to work reliably across a wide range of temperatures. We offer high-temperature resistant belts that can withstand elevated temperatures, and Teflon-coated belts can handle up to 260°C (500°F).

Yes. We offer cold-resistant conveyor belts that maintain flexibility and performance even in sub-zero environments, operating as low as -60°C.

Yes. We offer anti-static and conductive conveyor belts for electronics assembly, cleanrooms, and explosive environments. Please specify your surface resistivity requirement.

Our PTFE (Teflon) conveyor belts can withstand temperatures from -73°C to +260°C (-100°F to +500°F). They are non-toxic, FDA-compliant, and offer excellent non-stick properties.

Our PU (polyurethane) conveyor belts offer excellent abrasion resistance, high load capacity, and good oil & chemical resistance. They are FDA-certified for direct food contact, non-toxic, and easy to clean. PU belts also perform well over a wide temperature range from -20°C to +80°C, making them ideal for food processing, packaging, and pharmaceutical industries.

The main differences lie in material properties and applications. PU belts offer better abrasion resistance, higher load capacity, and are FDA-compliant for food contact, but are generally more expensive. PVC belts are more economical, offer good chemical resistance, and are suitable for general industrial use such as logistics and warehousing. For hygienic or oil-prone environments, PU is recommended; for cost-sensitive general conveying, PVC is a good choice.

Our PVK conveyor belts are specially designed for high-performance conveying in demanding environments. Key features include: excellent abrasion and cut resistance, good oil and grease resistance, high flexibility even at low temperatures, and a non-toxic, odorless surface. PVK belts are widely used in logistics sorting, airport baggage handling, and general packaging applications where durability and impact resistance are critical.

Yes, our PVK belts are manufactured with non-toxic, odorless materials and comply with food safety standards upon request. However, for direct and prolonged food contact, we typically recommend our FDA-certified PU or food-grade PVC belts. PVK belts are more suitable for packaging areas, post-processing handling, and general logistics where occasional food contact may occur but with high demands for wear and cut resistance.

We manufacture a full range of conveying equipment, including belt conveyors, roller conveyors, chain conveyors, telescopic conveyors, turning conveyors (30° to 360°), screw conveyors, lifting conveyors, and workbench conveyor lines. We also offer automated solutions such as AGVs and sorting systems upon request. All equipment can be customized in dimensions, materials (carbon steel or stainless steel), and drive configurations.

For customized conveying equipment, the production lead time is typically 7-21 working days after design confirmation and deposit receipt. Standard equipment may take around 7-10 days, while complex systems may require up to 21 days.

We offer a wide range of colors including white, green, black, blue, yellow, red, gray, and transparent/clear. Custom colors are also available for OEM orders.

We offer various surface patterns: smooth (easy cleaning, low friction), rough/embossed (higher grip), diamond/grid (good for incline conveying), and special custom textures.

Yes. Anti-static belts have surface resistance between 10⁶ to 10⁹ ohms, widely used in electronics assembly, cleanrooms, and explosive environments.

Yes. Conductive belts have surface resistance below 10⁶ ohms (some as low as 10³ ohms), essential for munitions, medical devices, and high-precision electronics.

Yes. We offer cut- and puncture-resistant belts with hardened surface layer or special fabric reinforcement, ideal for metal stampings, glass, and recycled materials.

Our PU belts offer excellent abrasion resistance (<40 mm³ loss per DIN 53516). PVC belts have good but lower abrasion resistance. For heavy abrasion, we recommend PU or specialized rubber belts.

Yes. Belts with hardened urethane or special PVC surfaces resist sharp-edged products like stamped metal, glass, and recycled materials. Inform us if your application involves sharp/abrasive materials.

Yes. PU belts have natural oil/grease resistance; special oil-resistant PVC belts are also available for extreme oil exposure.

Yes. PVC belts resist dilute acids/alkalis; PTFE belts are inert to most chemicals. Please provide specific chemicals for recommendation.

Standard PU/PVC: -20°C to +80°C. PTFE: up to +260°C continuous. Silicone: up to +200°C. Special heat-resistant belts available for 80-200°C.

Yes. Standard cold-resistant belts operate down to -45°C; special compounds available down to -60°C for freezers and cold storage.

Yes. We offer UV-resistant belts with stabilizers to resist cracking and fading under prolonged sunlight. Recommend UV-grade for continuous outdoor exposure.

Yes. We produce FR belts meeting MSHA, ISO 340, and DIN 22102 standards for mining, tunnels, power plants, and wood processing.

Yes. Anti-bacterial (silver-ion), hydrolysis-resistant (PU-based), anti-adhesive, magnetic, and water-absorbing belts are available.

We provide belt conveyors, inclined conveyors, flat conveyors, turning conveyors and customized conveying equipment.

Mainly motor drive, stable operation, low noise, supporting adjustable conveying speed.

Frames adopt carbon steel or stainless steel, sturdy structure, rust and wear resistant for long service life.

It fits food, electronic parts, plastic, metal parts, packaging goods and bulk materials.

Equipped with protective structure, applicable to normal temperature, dust and conventional high-temperature working scenes.

We adopt 201 and 304 stainless steel frames. 304 is mainstream for high sanitary food production, 201 suits conventional conveying scenes.

Smooth welded structure, rust-proof and acid-base resistant. No sanitary dead corners, convenient for daily washing and disinfection.

Equipped with frequency conversion speed regulation, stable speed, flexible adjustment to meet different conveying efficiency demands.

Yes, we offer full OEM and ODM services. We can design and manufacture conveyor belts and equipment according to your technical drawings or physical samples, including custom belt widths, lengths, thicknesses, colors, patterns, and custom conveying systems.

Yes, OEM and ODM services are fully acceptable. We can produce conveyor belts with your own brand, custom colors, and specific packaging.

Yes, we provide samples. Sample costs are typically charged but may be refundable for bulk orders.

For standard conveyor belts, MOQ is flexible. Small orders and sample orders (1 pc for belt, 1 unit for equipment) are welcome.

Yes. We can weld round, square, or trapezoidal guides in PVC/PU. Standard colors white/green, custom available.

We offer square, inclined, T-shaped, and curved cleats, height 10-100mm (up to 150mm special). Ideal for inclined conveying and product separation.

Yes. Corrugated or straight sidewalls, height 20-200mm, welded to belt edges. Often used with cleats to form pocket belts for steep-angle conveying.

Yes. Round, square, oblong slots, or custom shapes. Hole diameter 2-30mm. CNC or laser cutting. Used for suction/vacuum conveying.

Yes. We produce food-grade belts with sealed edges to prevent liquid absorption and bacteria accumulation. Ideal for meat, poultry, seafood, dairy.

Full range: pulleys, drive rollers, tracking systems, belt fasteners, scrapers, impact beds, skirting rubber, splicing kits, and custom-molded accessories.

We use high-frequency (HF) welding to create a molecular bond. For special materials, adhesive or mechanical fastening may be used.

Absolutely. We frequently produce complex belts with bottom guides and top cleats+sidewalls. Provide a drawing and we will deliver a complete belt.

Cleats: standard 100mm, special up to 150mm. Corrugated sidewalls: up to 200mm. Higher attachments reduce belt flexibility and increase minimum pulley diameter.

Both options. Even full-surface perforation or zone-specific patterns (center strip, edges only). CNC allows precise positioning.

Yes. Edge rounding reduces wear on frames and skirt rubbers, improves safety. Heat-sealed edge treatment also available to prevent fraying.

Yes. For example, V-guide on bottom for tracking, smaller guide on top for product alignment. Top-surface accessories must be material-compatible.

Sure. We design and manufacture machines according to site layout, conveying height and material size.

Fully customizable in length, width, height and tilt angle to match on-site production layout.

Yes. We design belt conveyors in any length and width. Custom widths up to 3,000mm are available. We also offer different incline angles and side guide options.

Carbon steel (painted or powder-coated), stainless steel (304 or 316) for food/chemical lines, and aluminum profiles for lightweight or cleanroom applications.

Standard angles include 30°, 45°, 60°, 90°, and 180°. We can also design non-standard angles up to 360° spiral curves. The belt is cut and spliced to match the required radius and angle.

Yes. We design manual or motor-driven telescopic conveyors with adjustable extension. You can specify both retracted and extended lengths.

Drum motor (internal), geared motor with chain or timing belt drive, or shaft-mounted gearbox. Speed can be fixed or variable (inverter controlled).

Yes. We help select bucket size, belt type, and lift height based on your material density, capacity, and discharge method. We also provide fabrication drawings.

Yes. We offer anti-static table tops in laminate, stainless steel, or PVC. Grounding options include standard earth bonding or ESD plug connection. Height, length, and extra shelves can also be customized.

For standard conveyor belts, delivery time is 1-5 working days after order confirmation and deposit receipt.

For standard equipment, delivery time is generally 7-21 working days after design confirmation and deposit receipt.

T/T (30% deposit, 70% balance before shipment).

We support EXW (Ex Works), FCA (Free Carrier), FAS (Free Alongside Ship), and FOB (Free on Board). You can choose the most convenient incoterm based on your shipping needs. Please discuss with our sales team to arrange the best option.

Yes, we can help consolidate shipments. We can load everything into one container to reduce your logistics costs.

Yes, absolutely. We supply all kinds of spare parts including guide strips, cleats, sidewalls, pulleys, and drive components. Small orders welcome.

Each roll is wrapped with anti-moisture plastic film and bubble wrap/kraft paper. Long or heavy rolls use wooden pallets or cases with edge protectors.

Maximum width up to 3,000 mm. For standard PVC/PU belts, single roll length up to 100 meters. Thicker belts may have shorter lengths.

Approx. 2.2-2.5 kg per square meter for 2mm PVC belt. Example: 500mm x 50m (25 sqm) weighs 55-62 kg. We provide exact weight upon order.

Store vertically on circumference, never on edges or flat. Keep in dry, 10-30°C area away from sunlight, ozone, chemicals. Rotate periodically for long-term storage.

Yes. Any specific length from a few meters to partial rolls. Ideal for prototype testing or emergency replacement.

Yes. We can cut and weld to your required circumference, saving you on-site splicing time. We can also add guides, cleats or sidewalls before splicing.

Yes, absolutely. We support video meetings via Teams, Zoom, Skype, WhatsApp, or any platform you prefer. This allows us to discuss project requirements, review technical drawings, show you product samples, or even conduct live factory walk-throughs without you having to travel. Just let us know your preferred platform and available time, and our sales or technical team will be happy to schedule a meeting.

For standard product quality issues, we provide free replacement parts under warranty. Consumable parts and improper-use damage not covered.

24-hour response guarantee. If any quality problem occurs, our team provides a solution within 24 hours.

Yes. Every product ships with a detailed English installation/operation manual. For complex equipment, we provide step-by-step video guidance or live remote video support via Teams, Zoom, or WhatsApp.

Yes, free remote technical support via email, phone, Teams, Zoom, or WhatsApp. Our team answers questions and assists with troubleshooting.

Store vertically on circumference in dry, 10-30°C area away from sunlight/ozone. Under proper storage, belts maintain properties for 2-3 years.

Common causes: uneven loading, worn/misaligned pulleys, improper tension, damaged edges, or unlevel frame. Check pulleys alignment and rotation. For V-guide belts, ensure clean groove and centered guide.

We provide video-guided splicing instructions and supply splicing kits instead of on-site dispatch. We ship a complete splicing kit (heat press, welding rods, temperature gauge) with a detailed video tutorial and written manual. Our technicians are available via live video call to guide your maintenance team through the endless welding process. This remote solution is faster, cost-effective, and allows you to master the skill for future needs.

We offer professional installation instructions and remote technical support for daily maintenance and fault handling.

Food & beverage, pharmaceuticals, logistics, warehousing, tobacco, wood & stone, electronics, printing & packaging, automotive, fitness equipment, and mining.

Please provide: 1) Product type/size/weight, 2) Operating temperature & environment, 3) Required features (anti-static, oil-resistant, food-grade, etc.), 4) Conveyor configuration. Our engineers will recommend the optimal belt.

A light-duty conveyor belt is designed for transporting small to medium-sized products at moderate speeds. It is thinner, more flexible, and lighter than heavy-duty belts, making it suitable for applications such as food processing, packaging, logistics, electronics assembly, and automated production lines. These belts typically operate with small pulley diameters and offer low noise, good tracking, and easy maintenance.

Common materials include PVC for general industrial use (economical with good chemical resistance), PU for food contact and oil resistance (FDA‑certified), PTFE (Teflon) for high temperature and non‑stick applications, silicone for heat resistance and release properties, and PVK for high abrasion and cut resistance in logistics and sorting. Each material offers specific benefits depending on the application environment.

Lightweight construction reduces drive energy consumption. High flexibility allows small pulley diameters for compact machine design. Low noise operation is ideal for quiet work environments. Good grip prevents product slippage. Easy cleaning maintains hygiene.

Use specially engineered fabric with high tensile modulus and low stretch. Thin gauge reduces belt mass while maintaining load capacity. Smooth surface ensures accurate product tracking. Available in various thicknesses from 0.45mm to 12mm.

Yes. FDA-certified, odorless, safe for direct food contact. Excellent oil resistance and easy cleaning. Used in meat, bakery, seafood, fruit & vegetable processing.

Yes. Our FDA-certified PU and PVC belts are odorless, non-toxic, and safe for direct food contact. They resist oils, fats, and cleaning chemicals. White or light-colored belts are standard for easy contamination detection.

Fresh produce requires easy-clean, non-absorbent belts. We offer food-grade PU belts with sealed edges (to prevent liquid ingress) and optional drain holes for wet processing. Antibacterial belts (silver-ion) are available to reduce microbial growth.

Yes. Our cold-resistant belts remain flexible down to -40°C. They are made of special PU or PVC compounds that do not become brittle. Non-stick surfaces prevent ice buildup. Suitable for frozen food, ice cream, and seafood cold chains.

Central kitchens need high-temp belts (for ovens), easy-clean belts (for washing lines), and anti-bacterial belts. We supply PTFE belts for baking, PU belts for assembly lines, and sealed-edge belts for washing/drying sections. All are FDA-compliant.

Yes. We manufacture flexible PVC or silicone water curtains (strip curtains) that hang over conveyor openings in commercial dishwashers to contain water spray and heat. They are easy to install, cut-to-length, and resistant to high temperatures and detergents.

Yes. We supply flexible PVC water curtain strips (strip curtains) specifically designed for tunnel dishwashers. Key properties include: water-resistant and moisture-proof – sealed surface prevents water absorption; detergent-resistant – withstands alkaline and acidic cleaning chemicals; temperature-resistant up to 80°C – suitable for high-temperature wash and rinse zones; good vertical drape – strips hang straight without curling, ensuring effective spray containment; easy to clean – smooth, non-porous surface allows quick wipe-down. Strips are available in various widths and can be cut to length.

Yes. We supply water-resistant belts with easy cleaning and anti-bacterial properties to withstand constant moisture and washdowns.

For high humidity, we recommend fully extruded PU belts with sealed edges. They prevent moisture wicking into fabric layers, eliminating bacterial growth. Belts with drain holes are available to allow water and juices to flow through.

Yes. Our PU belts have moderate chemical resistance; PVC belts resist dilute acids/alkalis. For frequent CIP (clean-in-place) with strong chemicals, we recommend PTFE belts which are chemically inert. Always specify cleaning agents for proper recommendation.

Yes. Grading machines need smooth, non-bruising belts with perforations for air or water flow. We offer soft PU belts with round holes or slots, allowing small fruits/veg to be sized. FDA-compliant and easy to clean.

Meat lines require cut-resistant, non-absorbent, and easy-clean belts. We offer food-grade PU belts with sealed edges and optional low-friction surfaces. Belts can be white or blue (for contrast with blood/meat). Metal-detectable belts are also available for safety.

Yes. We offer specialized belts made of modified PU material with cut-resistant and non-shedding properties, plus a non-slip surface.

Oil and water resistance, high temperature resistance up to 110°C, non-slip surface, food‑grade certification, and easy cleaning.

Frequent breakage or shedding usually happens when the belt lacks cut resistance or uses poor-quality materials. A proper belt should have a non-shedding surface and strong cut-resistant construction to withstand repeated blade contact without crumbling.

Yes. Seafood lines need belts that resist saltwater, are non-absorbent, and easy to sanitize. Our hydrolysis-resistant PU belts with sealed edges are ideal. Smooth surface prevents damage to delicate seafood. Available with drain holes.

We recommend food-grade certified belts with excellent non-stick properties to prevent sugar adhesion. Anti-static option is available to reduce sugar dust buildup.

We recommend food-grade PU or PVC belts with anti-stick surface and easy-clean properties. Low friction helps prevent candy melting or deformation.

We recommend belts with a very smooth, non-porous surface such as PTFE-coated or polished PU. Good release properties prevent chocolate sticking, and low-temperature resistance is required for cooling tunnels.

Use a belt with a non-stick surface and good oil resistance. Regular cleaning and a slightly textured pattern can also help reduce sticking.

Oil resistance is essential to prevent belt degradation. Easy cleaning and non-stick properties help maintain hygiene and reduce oil buildup.

Heat-resistant and non-stick belt to prevent nuts from burning or sticking. Good oil resistance and easy cleaning are also beneficial.

Oil and salt resistance to prevent corrosion. Easy cleaning and non-stick surface to avoid flavor residue buildup. Food-grade certification is required.

Roasted beans are more fragile than green beans and require heat-resistant belts that operate at elevated temperatures without degrading. The belt surface should provide a cushioning effect to minimize impact forces during transfer. Non-toxic, food-grade certification and easy cleaning are also essential for roasted bean lines.

For wet coffee cherry handling, choose an open-weave fabric belt or a belt with drainage holes. This allows excess water and juice to drain through the belt. Water-resistant construction prevents belt degradation, and the belt should be easy to clean and sanitize after each batch.

Choose a belt with a soft, shock-absorbing surface. Low vibration transmission and smooth joints prevent impact cracks. A non-stick surface also stops sticky toppings from pulling biscuits apart.

Use an oil-resistant belt with a non-stick, easy-clean surface. Anti-static can reduce dust attraction that mixes with grease. Regular cleaning with mild detergent keeps the belt hygienic.

Use a non-stick belt surface, such as PTFE-coated or ultra-smooth PU. Cold resistance is needed for refrigerated lines, and oil resistance prevents dairy fat residue. Easy cleaning ensures hygiene.

Heat-resistant and non-stick surface. A slightly textured finish reduces contact area without damaging the crust. Easy cleaning removes crumbs and oil.

Yes. Breweries use belts for bottle/can conveying and case packing. We offer oil-resistant (for lubricants), water-resistant, and non-slip belts. Modular plastic belts are also available for high-hygiene zones.

We recommend hydrolysis-resistant belts that resist moisture degradation. Non-slip surface and good chemical resistance to cleaning agents are also important.

Use a belt with a high-friction textured surface to prevent can slippage. Water-resistant construction avoids belt degradation. Perforated belts allow liquid drainage. Easy cleaning prevents mold and bacterial growth.

Good lateral stability and low vibration keep bottles upright. Non-slip surface provides secure grip. Smooth start-stop reduces sudden jerks. Side guides or corrugated edges can also help stabilize bottles.

Non-shedding surface prevents particles from contaminating blister packs or bottles. Non-toxic and food-grade certified materials are required for indirect contact. Easy cleaning removes glue or dust residue. Anti-static reduces electrostatic attraction of fine particles.

GMP requires that conveyor belts for direct drug contact must be non-toxic, non-shedding, easy to clean, resistant to disinfectants, and have a smooth non-porous surface. The material must pass FDA or EU food contact certifications. Proper design prevents bacterial adhesion and cross-contamination between batches. Regular cleaning and disinfection cycles are mandatory to maintain compliance.

Essential properties include anti-static to prevent dust attraction and electrostatic hazards, low particle generation to avoid shedding debris, smooth sealed edges to stop liquid absorption, and chemical resistance against alcohols and peracetic acid. Hydrolysis resistance is also required for steam or wet cleaning. Belts must stay flexible under repeated disinfectant exposure.

Logistics sorting requires high-abrasion resistance, low-noise, and high-speed capability. Our PVK belts are ideal: excellent cut/abrasion resistance, low noise, and good grip on cartons. Anti-static options prevent dust attraction.

Use low-noise belts with soft surface materials and good flexibility. Proper tensioning and smooth pulley surfaces also help.

A belt with a high-friction textured surface provides better grip. Anti-static reduces dust that can make the surface slippery.

Common causes include uneven loading, misaligned pulleys, or lack of tracking guides. Adding V-guides on the belt back and ensuring proper tension usually solves the problem.

Use a belt with high abrasion and cut resistance. Smooth transfer points and impact beds also help. Regular inspection and timely replacement of worn sections extend belt life.

Noise often comes from poor belt tracking, rough pulley surfaces, or stiff belt materials. Use low-noise belts with soft covers, align pulleys, and maintain proper tension.

Use belts with high wear resistance for 24/7 operation, low noise for worker comfort, and good grip to prevent packages from sliding. Anti-static is a plus for dust control.

Quick acceleration and deceleration without product shifting, anti-slip surface for mixed box sizes, and easy cleaning for dusty cardboard. Good tracking reduces downtime from misalignment.

Yes. Anti-static belts prevent dust attraction and reduce static discharge risk, keeping products clean and safe.

Automated warehouses use low-friction, high-speed belts with precise tracking. We offer fabric-reinforced PVC belts with anti-static properties. Low-stretch belts ensure accurate positioning. Also available: timing belts for positioning applications.

Yes. We offer PVK or PU belts with high abrasion resistance, low noise, and good grip on parcels.

Low noise operation, good grip on cartons, anti-static to reduce dust attraction, and wear resistance for long running hours.

Use a belt with a textured or cleated surface to increase friction. Anti-static can also help reduce dust that makes the surface slippery.

Yes. We supply lightweight, high-grip PU belts with low stretch for accurate positioning and anti-static properties.

Yes. We offer wear-resistant, low-noise belts with good friction stability for diverting parcels.

Look for high tear strength, good impact resistance to handle heavy drops, and anti-abrasion properties. Easy cleaning is a plus for dusty environments.

It ensures smooth bag feeding without slipping or damage, maintains straight tracking to avoid misalignment, and improves stitching consistency.

For food lines, a food-grade belt prevents contamination. For chemical lines, an acid/alkali resistant belt prevents corrosion. Both require anti-slip for stable bag movement.

A good conveyor belt with anti-slip surface and precise tracking provides stable grip and straight movement, preventing carton skewing and reducing manual correction.

Using a non-stick, easy-clean belt with oil resistance prevents residue buildup, reduces contamination risk, and simplifies sanitation between batches.

Sharp carton edges and high speeds cause wear. A belt with high abrasion and cut resistance extends service life, reduces downtime, and lowers replacement costs.

Yes. We supply belts for cardboard box handling with high abrasion resistance, good anti-slip properties to prevent carton movement, and low noise operation.

Use a belt with good tracking performance, often aided by guides on the back. A flat and uniform belt surface also helps.

Key features include high wear resistance for long life, low noise for quieter environment, good grip on cartons to prevent slippage, oil and grease resistance for packaging areas, and anti-static option to reduce dust.

Yes. We offer PTFE or silicone belts with high temperature resistance up to 260°C and non-stick surface for shrink wrapping.

Yes. We offer PVC belts with smooth surface, low stretch, and accurate tracking for consistent tape application.

Requirements include good tracking to prevent misalignment, low elongation for positioning stability, moderate friction to hold cartons without skewing, and easy cleaning for dusty environments.

Accurate tracking for consistent tape application, smooth but not slippery surface, and low stretch to maintain positioning.

Labeling machines require smooth, low‑friction, and static‑free belts to prevent label curling and misplacement. We offer anti‑static PU belts with a matte or slightly tacky surface that grips products without damaging labels. Belts can be thin (0.8‑1.5mm) for precise speed control. Transparent belts are available for optical sensors.

Anti-static belt is essential to avoid static cling. A smooth, non-marking surface helps labels lay flat without sticking prematurely.

Use a belt with low stretch and good grip. Timing belts or belts with printed marks can also help synchronize with the labeler.

Oil-resistant and water-resistant properties to prevent belt damage. Non-slip surface ensures product stays in place during labeling.

Yes. We supply anti-static PU belts with smooth, non-marking surface and low elongation for precise label transport.

Yes. We offer timing belts for exact positioning and anti-curl belts for thin label stock.

Use a non-absorbent, easy-clean belt. A slightly textured surface can also help by reducing contact area with wet ink.

Choose a belt with low vibration transmission and good damping properties. A flat and uniform belt surface also helps stabilize products.

Yes. For vision-guided robotic pick and place systems, we offer belts that enable accurate part positioning and reliable gripping. Key features include high dimensional stability and low elongation to maintain product position relative to the robot's vision coordinates, consistent surface friction so parts do not shift unpredictably, anti-static to prevent parts from sticking due to static charge, and optional cleats or pocketed surfaces to separate individual items for easier robotic picking. Timing belt options are available for precise indexing and synchronization with the robot. Belt colors are often chosen to contrast with the parts for easier vision recognition. We can also print grid patterns or alignment marks to assist camera calibration.

For wood processing (cutting, sanding, sorting), conveyor belts require excellent cut and puncture resistance, good surface grip to prevent log rolling, anti-static properties to avoid dust ignition, and wear resistance against sharp wood chips. Our PU and PVK belts with hardened surfaces are ideal for these applications. We also offer V-guides for tracking on narrow bandsaws.

Yes. We offer cut-resistant PU belts with a hardened coating that withstands sharp wood chips, splinters, and rough edges of green lumber. The belt surface is also designed to release debris easily without trapping splinters. For high-speed planing or sanding lines, we recommend our PVK belts which offer extra impact resistance.

We recommend belts with high wear resistance, strong cut resistance, and high tensile strength to withstand sharp tile edges and heavy loads during cutting.

Use heat-resistant belts with good thermal stability. Non-stick surface reduces friction heat, and durable cover resists burning.

Choose cut-resistant and anti-puncture belts with strong fabric reinforcement. Smooth edge finishing also reduces snagging.

Install V-guides on the belt back and use crowned pulleys. Low stretch and uniform belt thickness also promote straight tracking.

Use high-compression-strength belts with anti-crush properties. Thick, dense fabric layers distribute pressure evenly and prevent deformation.

Install robust tracking guides on the belt back and ensure rigid frame alignment. Low-stretch belts also resist lateral movement.

A belt with a hard, smooth top coat provides low friction for material flow, while a tough base layer gives high abrasion resistance. Easy cleaning is a plus.

High flatness ensures stable panel movement without wobbling. Good tracking performance prevents belt wandering, especially on long conveyors. Anti-static reduces dust attraction to finished surfaces. Oil and wax resistance protects against wood treatment residues. Easy cleaning removes glue and finish spills. A non‑slip surface keeps panels from shifting during assembly operations.

We recommend PTFE-coated, silicone, or TPEE belts with non-stick surface to prevent paint buildup, plus anti-static and solvent-resistant properties. Easy cleaning is also essential.

Yes. For ceramic tile production, we offer high temperature resistant belts capable of withstanding kiln heat up to 200°C or more depending on material. Key properties include excellent abrasion resistance to handle heavy, rough ceramic tiles; high impact resistance to absorb shock from tile drop; anti-slip surface to prevent tile shifting on inclines; good chemical resistance against glazes and slurries; low elongation to maintain accurate positioning. We recommend multi-ply silicone belts or PTFE coated belts for kiln entry/exit sections, and heavy duty PVC or PU belts for sorting and packaging lines.

Yes. For glass handling, we offer belts with special features to protect glass surfaces. Key requirements include non-scratch and soft contact surface, often using felt, silicone, or smooth PU materials; cut and puncture resistance to handle sharp glass edges; excellent abrasion resistance to withstand continuous glass movement; high temperature resistance for tempering furnaces, with PTFE or silicone belts operating up to 260°C; anti-static properties to avoid dust attraction. We also provide belts with a slightly tacky or textured surface to prevent glass slippage without marking. Seamless endless belts are recommended to avoid any joint mark on glass.

We recommend heavy-duty PVC or rubber belts with high wear resistance, anti-static properties, and good heat resistance for drying sections.

Forming lines require flat, low-stretch belts with precise tracking, often with a release surface to prevent gypsum paste sticking.

We recommend PVC conveyor belts for rock wool board lines. They feature high flatness for stable board transport and are equipped with guides on the back to prevent misalignment. Standard PVC belts meet the temperature requirement as it is not high.

We recommend belts with high wear resistance, strong cut resistance, high tensile strength, and good tracking to prevent misalignment during cutting.

We recommend modified PVC belts with strong abrasion resistance. The belt surface features knurled patterns or small mesh textures to provide excellent friction for stable marble transport during grinding.

Stone processing requires ultra-high abrasion resistance, strong tear strength, and impact resistance to handle heavy, sharp stone blocks and slabs. Our heavy-duty PU belts and rubber belts are recommended. They feature a thick, wear-resistant cover, high tensile fabric reinforcement, and optional chevron surface patterns for inclined conveying of wet stone. We also provide belts with oil resistance for stone cutting fluid exposure.

We design impact-resistant belts with multi-ply fabric construction (e.g., 4-5 plies) and extra-thick rubber or PU covers (up to 10mm). The belt body absorbs shock and distributes impact forces across the fabric layers, preventing puncture. We also recommend installing impact beds or slider beds at loading zones to further protect the belt. For extreme applications, we can supply steel-cable reinforced belts.

Automotive industry uses oil-resistant PU belts (for engine parts), cut-resistant belts (for stamping parts), and high-temperature belts (for paint drying). We also supply assembly line belts with cleats for component positioning.

Oil resistance to handle lubricants, anti-slip for part stability, and good abrasion resistance for long shifts. Anti-static is a plus.

Use impact-resistant belts with anti-crush and anti-puncture properties. Thick cushion layers or reinforced fabric help absorb shock.

Choose heat-resistant belts with anti-aging additives to prevent cracking and hardening. Non-stick surface also resists paint buildup.

Yes. Brake pad production requires high-temperature, abrasion-resistant belts (for pressing and grinding). We offer silicone or PTFE belts with excellent heat release and non-stick properties. Also available: anti-static belts for dust extraction.

Yes. Painting lines need high-temperature (oven) and chemical-resistant belts. We offer PTFE belts and silicone belts that withstand paint solvents and high curing temperatures. Non-marking and anti-static options available.

Brake pad curing requires heavy-duty, heat-resistant belts with excellent release properties. We supply silicone-coated or PTFE-coated belts that withstand high pressure and temperature. Thick glass-fabric reinforced belts are available.

High precision tracking, low stretch for accurate positioning, and anti-static to prevent dust attraction. Good flexibility is also needed for small pulley diameters.

Use a belt with a textured or high-friction surface. Oil resistance is also important to avoid degradation from mold release agents.

Look for high impact resistance, anti-puncture strength, and good abrasion resistance. Heat-resistant properties are a plus for hot tires.

Yes. For sharp metal scrap, we offer cut-resistant belts with hardened surfaces and steel-cable reinforcement. Magnetic belts are also available to hold ferrous scraps. Cleated belts prevent scrap from rolling back.

Yes. For small parts, we recommend PVC or PU belts with embossed or cleated surfaces to prevent rolling. V-guides on the bottom ensure stable tracking. Oil-resistant and anti-static options are available for machined parts.

High belt flatness ensures uniform pressure distribution on the metal sheet during winding, preventing wrinkles or uneven edges. Belts with precise thickness uniformity and seamless construction eliminate surface bumps that could mark the sheet, while smooth edges avoid scratching. Flat belts also help the sheet lie flush against the mandrel for tighter, straighter coils.

High tensile strength and low stretch are essential to withstand the heavy pulling force during coiling without elongating, which would cause loose coils. Cut and puncture resistance protects the belt from sharp sheet edges. High tear strength prevents ripping under sudden impact. A strong, flexible carcass maintains consistent grip while resisting deformation under continuous heavy load.

Yes. We offer anti-static, conductive, and ultra-smooth PU/PVC belts for electronics assembly, SMT production lines, and component handling. Surface resistance can be customized from 10³ to 10⁹ ohms. Non-marking and cleanroom-compatible options are available.

Quantitative packing scales require high-precision, low-elongation, and non-stick belts. We recommend thin PU belts with a smooth, non-porous surface to prevent material adhesion and ensure accurate weighing. Belts can be customized with tracking guides and anti-static properties.

Use a belt with low elongation to avoid tension changes, plus anti-static to prevent material cling. A smooth, non-stick surface also helps product release.

Yes. For checkweighers, we supply ultra-lightweight, low-inertia belts with excellent dimensional stability. Food-grade PU belts with FDA certification are available for food checkweighers. Belts can be made in thin gauges (0.8-1.5mm) to minimize weight variance.

Yes. We offer metal detectable conveyor belts for metal detection systems. These belts contain a detectable additive that allows small belt fragments to be identified by the metal detector in case of wear or damage. Key features include non-metallic interference to avoid false triggers, smooth easy-clean surface, food grade certification for direct contact, and low stretch for consistent speed. Our belts comply with FDA and EU regulations.

Yes. For automated optical inspection systems, we offer belts that ensure accurate image capture. Important properties include a matt or non-reflective surface to prevent glare, consistent color such as black, white, or matte gray for high contrast, anti-static to avoid dust attraction, precise flatness and thickness uniformity for stable product positioning, and low vibration transmission to maintain image clarity. We also offer belts with printed fiducial marks for synchronization with camera triggers. These belts are widely used in electronics, pharmaceutical, food, and packaging inspection lines.

Yes. For lithium battery production (electrode coating, winding, assembly), we offer anti-static, ultra-clean, and high-temperature resistant belts. PTFE-coated belts resist electrolyte corrosion. Also available: low-particle generation belts for dry rooms.

Solar panel manufacturing requires high-temperature resistant, anti-static, and non-marking belts. We offer PTFE belts for lamination lines and anti-static PVC belts for cell sorting. Belts with low outgassing are available for vacuum processes.

Yes. For mobile phone assembly, we offer anti-static PU belts with smooth, non-scratch surfaces. Belts can be made in custom colors for line identification. High-precision tracking guides ensure alignment for automated placement machines.

Yes. We offer low-particle generation belts with anti-static properties. Materials include special PU with low outgassing, and seamless endless belts reduce dust traps. Suitable for Class 100 to Class 10,000 cleanrooms.

Use low-particle generation belts with anti-static and easy-clean surfaces. Seamless endless belts eliminate joint debris. Conductive options are available for ESD protection.

Yes. Ultra-thin belts (1.0mm to 1.5mm) with low friction and anti-static properties are available for compact equipment and sensitive product handling.

Aging test ovens require high-temperature belts up to 260°C. We recommend PTFE-coated belts or silicone belts. They maintain dimensional stability and do not release fumes under heat.

Yes. For drying ovens, we supply PTFE mesh belts or solid PTFE belts with excellent heat resistance and air permeability (mesh). Non-stick surface prevents electrode paste adhesion.

Solar cell stringers require high-temperature belts (up to 260°C) with non-stick, anti-static properties. PTFE belts with smooth surface allow easy release of flux residue. Anti-static prevents dust attraction to cells.

Agriculture uses belts for grain, seed, fruit, and vegetable handling. We offer food-contact safe PVC/PU belts, plus cleated belts for inclined conveying of loose crops. UV-resistant and weather-resistant options for outdoor use.

Grain elevators use bucket elevator belts with high strength and low stretch. We offer fabric-reinforced rubber belts with buckets attached. Anti-static and oil-resistant grades are available. Belts can be made with magnetic edge sensors for speed monitoring.

Yes. We supply belts for seed cleaners and sorters with anti-static properties to prevent dust attraction and gentle gripping to avoid seed damage.

Requirements include anti-static for dust control, good wear resistance for long life, easy cleaning for hygiene, and a non-damaging surface to protect seed coats.

Grain silos use belt conveyors with high-volume, low-degradation belts. We supply food-grade PVC belts with anti-static (explosion prevention) and wear-resistant properties. Belts can be made with chevron surface for inclined conveying of grain.

Look for good wear resistance to handle dirt and abrasive soil, plus easy cleaning and water resistance for washing stations.

Use a belt with raised cleats or a textured surface to increase friction. Adding cleats on the belt surface and sidewalls can also prevent side spillage.

Choose a water-resistant belt with easy drainage holes and a non-slip surface. Anti-bacterial properties are a plus for hygiene.

Good grip to prevent rolling, moderate friction, and easy cleaning. For cooked corn, heat resistance and non-stick are also important.

Use a belt with low sidewalls or a slight trough shape. A textured surface can also help keep kernels in place.

Cold-resistant belt that stays flexible at low temperatures. Non-stick surface prevents ice buildup. Easy cleaning is also important.

Use a belt with a slightly textured or cleated surface to increase grip. Anti-static property can also reduce dust that causes slippage.

Choose a belt with a non-stick surface and good oil resistance. For whole bean handling, smooth PU belts are effective; for roasted beans, silicone or PTFE belts offer excellent release properties. Easy-clean belts help maintain hygiene and prevent buildup that could contaminate the batch.

Use a belt with a slightly cushioned surface or low-impact texture. Good grip prevents beans from rolling and colliding. Smooth transfer zones and gentle belt flexing also reduce mechanical damage.

Use a belt with a slightly textured surface or raised cleats to increase grip. Adding side skirts can also prevent side spillage. Anti-slip properties ensure stable fruit transport.

Water resistance, easy drainage (via perforations or grooves), and an anti-bacterial surface are important. Easy cleaning prevents mold and bacteria growth in wet conditions.

The belt must have strong antibacterial and antifungal properties to prevent Salmonella, high tensile strength with low stretch for durability, and non-absorbent material that works in humid environments. Good impact absorption and perforated design help fix eggs in place, reducing breakage and even cleaning eggs during transport.

Use a belt with a raised pattern surface to increase friction and prevent eggs from sliding. Adding sidewalls keeps eggs from falling off the sides, while a perforated design holds eggs in place. A rubber-coated drive roller also improves belt grip and prevents misalignment.

Tobacco processing requires belts with low-friction surfaces to prevent leaf damage, anti-static to avoid dust ignition, and high-temperature resistance for drying. Our smooth PVC and PU belts meet these needs. We also supply timing belts for cigarette making machines.

Yes. Tobacco curing ovens require high-temperature belts (up to 120-150°C) with good air circulation. We offer PTFE mesh belts that allow hot air to pass through while supporting tobacco leaves. Non-stick surface prevents tar buildup.

A belt with low-friction surface and gentle texture reduces pulling force, preventing leaf breakage. Smooth operation also minimizes impact damage.

An anti-static belt repels dust, keeping the surface clean. Non-stick properties also prevent dust buildup, reducing fire risk and maintaining hygiene.

Poor belt tracking often comes from uneven load or lack of guides. Adding V-guides on the back ensures straight running, reducing edge damage and downtime.

Yes. For long-distance mining, we supply steel-cable reinforced rubber belts with high tensile strength (up to 5000 N/mm). These belts resist impact, rip, and have low elongation. Available with cold-resistant or flame-retardant compounds.

Mining requires heavy-duty rubber or PVC belts with high tensile strength, impact resistance, and cut resistance. We offer multi-ply fabric belts and steel-cable reinforced belts for ore, sand, and gravel. Sidewalls and cleats can be added for steep-angle conveying.

Yes. Our specialized riffled or corrugated conveyor belts can be used as gold recovery mats. They are made of wear-resistant rubber or PU with custom patterns to trap fine gold particles. UV-resistant for outdoor use.

Use belts with cut-resistant and puncture-resistant covers, plus a strong fabric or steel cord reinforcement to localize damage. Thick rubber covers (6mm or more) absorb impact forces. Impact beds at loading zones also help protect the belt.

For magnetic separation, the belt requires high magnetic permeability to ensure efficient iron removal, combined with excellent abrasion resistance and anti-static properties to prevent dust attraction. For gold processing, the belt demands strong impact resistance, cut and puncture resistance against sharp ores, high strength for heavy loads, and corrosion resistance for wet processing environments. Antifouling surface helps reduce fine gold adhesion.

Yes. We supply heavy-duty rubber belts that are highly resistant to impact and tearing, with excellent abrasion resistance. These belts feature reinforced carcass design (EP fabric or steel cord) with special rubber compounds to withstand sharp ores and heavy loads.

High cut resistance to withstand glass shards and metal scrap, strong puncture resistance, and abrasion resistance for long service life. Oil resistance protects against industrial oils and lubricants.

Use anti-tear designs with reinforced fabric layers that contain damage and prevent rips from spreading. Cut-resistant construction with specially formulated abrasion-resistant covers resists gouging. Self-cleaning surfaces and scrapers remove embedded debris.

Belts with chemical-resistant covers that maintain integrity when exposed to sulfuric, hydrochloric, or nitric acids, as well as caustic soda. Low liquid absorption prevents swelling and delamination. Seamless edges stop chemicals from wicking into fabric layers. Temperature resistance up to 80°C for hot chemical handling.

Choose belts with oil and solvent resistant compounds. Non-stick surfaces prevent chemical residue buildup. Easy cleaning removes corrosive spills quickly. Good tracking ensures belt stays centered even when wet.

Yes. Special belts resist both acidic and alkaline cleaning agents with wide pH tolerance (pH 2 to 12). Closed surface structure prevents chemical penetration. Anti-bacterial option available for food-contact safety.

Yes. Full range from home-use slim belts to commercial thick belts, known for durability, low noise, and consistent performance.

Slipping and misalignment often come from poor belt grip or lack of tracking control. A belt with good anti-slip properties and proper tracking design ensures consistent traction, keeps the belt centered, and prevents sudden stops during exercise.

Noise and wear usually result from high friction and poor abrasion resistance. A belt with low-friction surface and strong wear resistance reduces contact noise, minimizes heat buildup, and extends belt life.

We supply high-strength, low-noise belts with good tracking and safety features. Flame-retardant and anti-static options are available.

Yes. We offer heavy-duty belts with high tensile strength, excellent tracking, and smooth operation to ensure passenger safety and comfort.

We recommend waterproof, UV-stabilized belts with good grip and corrosion resistance to chlorine and saltwater. Sealed edges prevent water absorption.

Use a low-friction, water-resistant belt that can run submerged. Good flexibility and anti-slip surface are also needed for guest tubes.

We supply high-grip, waterproof belts with UV resistance. Anti-slip patterns help keep tubes and mats in place during ascent.

Yes. We provide wide, high-grip belts with cold resistance down to -40°C. Textured surface ensures excellent traction on wet or icy conditions.