Product Guides
Handy Tips for Ride-On Mower Belts : Choosing the Right Belt This Spring
Get Ready for Spring with AIMS Industrial Supplies | Industrial Supplies Online Australia With AIMS Industrial’s Spring Mower Belts Sale, you can get genuine Gates belts at great prices. Don’t let a worn belt slow you down this season. Shop the sale here: Ride On Mower Belt Sale | Up to 20% OFF Industrial Belts Spring is here, and it’s the perfect time to prepare your ride-on mower for the busy mowing season. One of the most important components to check is your mower belt, the part that transfers power from the engine to the cutting deck. A worn or incorrect belt can lead to poor cutting performance, breakdowns, and costly repairs. Why the Right Mower Belt Matters Using the wrong belt is a common mistake. Automotive belts, for example, may look similar but are not designed for mower applications. They can slip, break easily, or even damage your mower’s pulleys and shafts. Always check your mower’s genuine part number before buying a replacement. Gates Belts: Reliable, Durable and Built for Mowers When it comes to replacements, Gates belts are a trusted choice. They are engineered to match original equipment specifications, ensuring a proper fit and long-lasting performance. Gates belts are: • Heat, oil, and abrasion resistant • Designed to withstand shock loads when blades engage • Smooth in power transmission, keeping your mower running efficiently • Available in ranges like BladeRunner®, PowerRated®, TruFlex®, and Hi-Power® II to suit different mower types Quick Checklist Before Installing a New Belt • Confirm the genuine part number. • Inspect pulleys for wear. • Check if your mower needs a back-bending belt • Ensure correct tension. Make sure it’s not too tight or too slack. FAQs: Ride-On Mower Belts Can I use an automotive belt as a replacement? No. Automotive belts are not designed for mower use. They can slip, wear quickly, or damage pulleys and shafts. Always use mower-specific belts. How do I know if my belt needs replacing? Look for cracks, fraying, or slipping. If the belt sits too high or too low in the pulley, it’s likely worn out or incorrect. What makes Gates belts a better choice? Gates belts are engineered to match original equipment (OE) specifications. They are heat, oil, and abrasion resistant, designed to handle shock loads, and ensure smooth power transmission. Where can I get reliable replacement belts? AIMS Industrial Supplies offers a full range of genuine Gates mower belts, with great deals in the Spring Mower Belts Sale. Final Tip Check your mower’s genuine belt number on Gates US. Enter it on the AIMS Industrial Supplies | Industrial Supplies Online Australia website to shop genuine Gates mower belts in Australia. Or simply email us at sales@aimsindustrial.com.au or call us at 02 9773 0122 and we’ll help you find the best fit.
Read moreProduct Guides
The Ultimate Guide to V-Belt Sizing and Identification
Find the right belt with confidence—fast, smart, and friction-free. When it comes to replacing or sourcing V-belts, getting the size right is everything. A belt that's too short, too wide, or simply the wrong profile won’t just impact performance—it could damage your machinery. At AIMS Industrial, we know your time is valuable. That’s why we’ve made sizing, identifying, and purchasing V-belts easier than ever. How Do I Measure a V-Belt for Replacement? To find a replacement V-belt: Measure the Top Width – This is the widest part of the belt across the top. Measure the Outside Circumference – Use a flexible measuring tape or a string to wrap around the belt’s outer edge. Pro tip: If the belt is broken or missing, measure the distance between pulleys and consult a size calculator or chart. How to Read a V-Belt Size Code A V-belt code typically includes: Letter – Indicates the cross-section profile (A, B, C, etc.) Number – Denotes the belt's length (in inches or mm) Example: A "B85" belt means it has a B-profile and is approximately 85 inches in length. What Do the Letters (A, B, C, etc.) on V-Belts Mean? These letters correspond to standard cross-sectional sizes: A: 13mm top width B: 17mm C: 22mm D, E: Wider belts for heavier loads Knowing your profile ensures compatibility with the right pulleys and performance requirements Pitch Length, Effective Length, and Top Width – What’s the Difference? Top Width: Measured across the belt’s top surface—used to identify cross-section. Pitch Length: Theoretical length at the belt’s "pitch line" (neutral axis). Used for engineering calculations. Effective Length: The working length when the belt is under tension on the pulleys. Inside vs. Outside Length: Inside Length (Li): Measured along the inner surface. Outside Length (La): Measured across the belt’s outer curve. Pitch Length (Lp): Falls between Li and La—often used in manufacturer specs. How to Identify the Right Cross-Section Use a vernier caliper or ruler to measure: Top width of the belt Overall height of the belt’s side profile Compare the results with a V-belt profile chart to match your belt to an A, B, C (etc.) profile. Using a V-Belt Size Chart Effectively Once you've measured: Match your top width to the cross-section profile (e.g., B = 17mm) Match your length (outside or pitch, depending on the chart) to the correct model Most charts also show tolerance ranges, so even if you're slightly off, you can find a belt that fits. Final Thoughts Getting your V-belt size right doesn’t have to be complicated. Just remember: Measure top width and circumference Understand the size code Use a chart or AIMS Industrial’s guided filters And if you’re ever unsure, our expert team (and smart AI tools) are here to help. Browse our full range of V-belts here or chat with a product expert today. Looking for V-belts near you? We’ve got you covered! Whether you need a quick replacement or want to upgrade, local stock of quality V-belts is ready to keep your machines running smooth. At AIMS Industrial, we offer a wide range of V-belts in all major profiles — plus expert advice and fast delivery right to your door. Just tell us what you need, and we’ll help you find the perfect fit! Not all V-belts are built the same. Get the lowdown on types, materials, and what makes each one tick. Up Next: V-Belt Selection & Application: The Smart Way to Choose the Right Belt
Read more
Understanding the Types and Construction of V-Belts: A Complete Guide
When it comes to power transmission in industrial and automotive applications, few components are as essential as the V-belt. Whether you're replacing a worn belt or designing a new system, understanding the different types and constructions of V-belts is critical. At AIMS Industrial, we don’t just offer V-belts—we offer insights, expertise, and a seamless shopping experience backed by technology. What Are the Main Types of V-Belts? V-belts come in various configurations tailored for performance, durability, and specific operating conditions. Here's a breakdown of the most common types: 1. Classical V-Belts These are the traditional belts with a standard height-to-width ratio. Commonly used in legacy systems, classical V-belts are reliable options for equipment that requires standard replacements. 2. Narrow V-Belts Designed for higher power transmission at higher speeds, narrow V-belts have a deeper cross-section. They are ideal for compact systems with high torque demands. 3. Wrapped V-Belts Covered in fabric, these belts offer extra protection against environmental factors. Wrapped V-belts are typically used in general-purpose industrial applications where stability and durability are key. 4. Cogged (Notched) V-Belts With slots cut across the underside, cogged belts offer increased flexibility and better heat dissipation. They're perfect for small pulley diameters and high-speed drives. 5. Double V-Belts (Hexagonal Belts) These belts have V-shaped profiles on both sides, making them suitable for serpentine drives or systems where power needs to be transmitted from both sides of the belt. 6. Banded V-Belts Multiple V-belts bonded together to form a single unit, banded belts resist lateral movement and shock loads, making them ideal for heavy-duty operations. 7. Raw Edge V-Belts With exposed edges instead of a fabric wrap, raw edge belts grip better and deliver higher efficiency. They’re often seen in high-performance or precision applications. What Is V-Belts Made Of? V-belts are typically constructed from: Rubber or Synthetic Elastomers: The base material that provides flexibility and grip. Fabric Covers or Cords: Reinforcements to increase strength, stability, and reduce stretch. Polyester or Aramid Cords: For increased tensile strength in high-load applications. Rubber vs Synthetic: What’s the Difference? While rubber belts are cost-effective and flexible, synthetic V-belts (like those made from neoprene or EPDM) offer better: Heat resistance Oil resistance Overall lifespan If your application involves harsh environments or fluctuating loads, synthetic might be the way to go. What Is a Poly V-Belt? Also known as multi-ribbed belts, Poly V-belts feature multiple longitudinal ribs for greater surface contact. They're commonly used in compact, high-speed applications (like air conditioners and conveyor systems) where space is limited but power needs are high. Final Thoughts Understanding the different types and constructions of V-belts ensures you're selecting the right belt for your job. From classical to cogged, wrapped to raw edge, AIMS Industrial stocks a full range backed by data, expertise, and AI-enhanced service. Explore our full range of V-belts here or reach out for help choosing the right one. Because with AIMS, it’s not just about parts—it’s about the right fit, every time. Looking for V-belts near you? We’ve got you covered! Whether you need a quick replacement or want to upgrade, local stock of quality V-belts is ready to keep your machines running smooth. At AIMS Industrial, we offer a wide range of V-belts in all major profiles, plus expert advice and fast delivery right to your door. Just tell us what you need, and we’ll help you find the perfect fit! Not all V-belts are built the same. Get the lowdown on types, materials, and what makes each one tick. Up Next: The Ultimate Guide to V-Belt Sizing and Identification
Read more
Quick Guide: Bearings and Power Transmission
Bearings: Reducing Friction for Smoother Operations Bearings are essential for reducing friction between moving parts, ensuring smooth rotation and effective load distribution. Below is a breakdown of common bearing types and their applications: Bearing Type Applications Features Ball Bearings High-speed applications, motors, pumps Low friction, supports radial & axial loads Roller Bearings Heavy loads, conveyors, gearboxes Higher load capacity than ball bearings Mounted Bearings Agricultural equipment, industrial machinery Easy installation, self-aligning capabilities Power Transmission Components: Ensuring Reliable Performance Efficient power transmission is crucial for maintaining smooth operation and preventing breakdowns. Below are key components and their roles in industrial applications: Belts: Power Transfer Solutions Belts are essential for transmitting power between shafts, playing a critical role in various machinery: V-Belts – Suitable for industrial machinery, offering high friction and durability. Timing Belts – Ensures precise synchronisation in engines and conveyors. Round Belts – Ideal for conveyors and packaging machinery. Pulleys: Guiding Power Transmission Pulleys support belt-driven systems, ensuring efficiency and reliability: Pulley Type Function Applications Timing Pulleys Provides accurate motion control CNC machines, robotics Belt Pulleys Transfers torque with minimal slippage Heavy machinery, industrial drives Couplings & Shaft Collars: Securing Component Connections Component Function Applications Couplings Absorbs misalignment and shock loads Pumps, compressors, conveyors Shaft Collars Holds components securely in place Motors, automation systems Seals & O-Rings: Preventing Leaks and Contamination Oil Seals – Prevents lubricant leaks and keeps contaminants out. O-Rings – Provides effective sealing in hydraulic and pneumatic systems. The Importance of High-Quality Components Investing in premium bearings and power transmission products reduces the risk of equipment failure, minimises maintenance costs, and improves operational efficiency. Selecting durable and well-engineered components from a trusted supplier like AIMS Industrial ensures reliability in demanding Australian industrial conditions. Download, Print, or Share This Guide This guide is designed to be printed, shared, or referenced by engineers, maintenance professionals, and procurement teams. For more information on selecting the best components for your application, explore the full range of industrial products at AIMS Industrial.
Read more
V-Belt Basics: How to Measure Like a Pro (No Sweat Required!)
Need to measure a V-belt but feeling a little tangled? Don’t stress—we’ve made it simple to help you find the perfect fit every time.
Read more
Timing Belts: Measuring Made Easy
Learn how to measure a synchronous timing belt with our easy guide. Discover how to find the pitch, tooth profile, length, and width for the perfect fit. Avoid costly mistakes and keep your machinery running smoothly. Check out helpful tips, product links
Read more
How to Easily Master Pulley Speed Ratios
Pulley speed ratios might sound a bit technical, but they’re easier than you think. Whether you’re chasing more grunt or extra speed, here’s how to get your machinery running like a beauty.
Read more
Pulley Speed Ratio: Larger Vs Smaller Pulleys
Here’s how you can spin your driven pulley faster or slower.
Read more
How to Identify and Measure Synchronous (Timing) Belts
Refer to these handy tips the next time you need to identify and order a synchronous belt.
Read more
How to Identify and Measure V Belts
Refer to these handy tips the next time you need to measure your classical, cogged and narrow-section V belts (with or without a measuring device).
Read more
Diagnosing Improper Belt Tension or Misalignment
Promptly recognising the signs of improper belt tensioning or misalignment helps you to take the appropriate, proactive action, preventing costly downtime and potential safety hazards.
Read more