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Transport asphalt in the thermo container from TICAB. Keep asphalt hot for 12 hours. Asphalt hot box from the manufacturer. hb-2 The reliable asphalt hot box helps transport road material while maintaining its working temperature and properties. Here you can purchase the hot box directly from the manufacturer and receive the best price, video presentation, additional consultations, comprehensive warranty service, and post-warranty support. Request the price To help you discover all the features of our machinery and services, we are prepared to offer you a commercial proposal immediately. Get a favorable proposal to implement your business plans. Get a commercial proposal Application You can order asphalt hot boxes on a trailer (on a dedicated wheelbase) or on a frame for subsequent installation on a light truck. The equipment delivers the asphalt mixture from the plant to the work site and enables efficient work in any weather conditions. Properties The contents of the asphalt hot box are heated by a diesel burner, and the set temperature is maintained automatically. The hot box has an external protective casing to preserve equipment integrity when transporting hot asphalt. The sufficient layer of thermal insulation material allows the working temperature to be maintained for extended periods without reheating. Loading hot asphalt is done through an upper hatch. The hot box also has a discharge hatch with a mechanical flap. A hydraulic cylinder for raising the body ensures quick and easy unloading of transported material. The hot box is equipped with a temperature controller and a signal beacon. Advantages Our asphalt hot boxes ensure the material can be transported with minimal heat loss and low fuel consumption. The price of our equipment is lower than that offered by other manufacturers with similar features. The following advantages also translate into your benefits: Maintenance of high temperature for up to 12 hours due to insulation with high-quality mineral wool Additional equipment with a diesel heating system High productivity up to 5 tons per work shift Ergonomic design, which is easy to mount in the truck body or on a trailer Our asphalt hot boxes are cost-effective equipment, designed to serve for a long time and perform reliably even under intensive use. All specialized equipment from our company is convenient, simple, and dependable. Technical Specifications Tank capacity 1.5-1.8 m³ Drive electric (24V battery) Burner type diesel Mix heating method direct heating Temperature control automatic Related Road Machinery BS-2000 Bitumen Emulsion Sprayer BS-500 Bitumen Emulsion Sprayer BS-500 Pro Bitumen Emulsion Sprayer MIRA-1 Asphalt Heater

Cleaning municipal equipment - street sweepers and vacuum cleaning machines from the manufacturer. Asphalt pavers MP-1100 Mini-Asphalt Paver PaveBox 120 (new) Tow-Behind Asphalt Spreader

Tow-Behind Asphalt Spreader PAVEBOX-120 - road construction equipment from Europe. Asphalt paving machine from the manufacturer. PaveBox 120 The PaveBox 120 asphalt paver is designed for efficient asphalt paving and road surface repairs. Its adjustable paving width and layer thickness ensure flexibility and precision for a variety of projects. Compact and easy to manoeuvre, the PaveBox 120 helps deliver high-quality results on small and localised paving jobs. Request the price Application The PaveBox 120 is designed for asphalt paving and repair on roads, access routes, industrial and commercial sites, and municipal areas. It is ideal for repairing road surfaces and paving small or localised sections. Properties The PaveBox 120 features adjustable paving width and asphalt layer thickness, with independent height adjustment on the left and right sides. Its 0.7 m³ hopper and compact design make it practical for a variety of paving tasks. Advantages Flexible paving width adjustment to suit different working conditions Precise asphalt layer thickness adjustment from 20 to 160 mm Independent height adjustment on the left and right sides Compact design for paving small and localised road sections 0.7 m³ hopper capacity for convenient material handling Easy manual manoeuvring around the worksite when the hopper is empty Technical Specifications Paving width 300 – 1.200 mm (adjustable in 150 mm increments) Asphalt layer thickness 20–160 mm (adjustable in 20 mm increments) Side-height adjustment Independent left and right adjustment Hopper capacity 0.7 m³ Dimensions (L × W × H) 1,260 × 1,355 × 1,220 mm Positioning Manual (when the hopper is empty) To help you discover all the features of our machinery and services, we are prepared to offer you a commercial proposal immediately. Get a favorable proposal to implement your business plans. Get a commercial proposal

Every ton of old asphalt sitting in a stockpile — or worse, hauled off to landfill — is a ton of bitumen and aggregate you're paying to replace with new material. Recycling old asphalt (RAP, or reclaimed asphalt pavement) turns that equation around: instead of paying twice — once to dispose of what you removed, once to buy what replaces it — you reuse the material you already have. This isn't a marginal efficiency gain. It's one of the largest, most consistently documented cost-saving practices in road maintenance. Here's what the numbers actually show, and how a mobile recycler like the RA-800 lets you capture those savings directly on the job site instead of only at a large plant. What RAP Actually Is Reclaimed asphalt pavement, or RAP, is the material generated when old asphalt is milled, removed, or demolished during resurfacing, reconstruction, or repair work. It's not waste — it's high-quality aggregate that's already coated in asphalt binder, which is exactly what makes it valuable as a raw material for new hot mix. The National Numbers Behind RAP Savings This isn't a niche practice — it's standard, well-documented industry behavior, and the savings are tracked at a national level. According to the National Asphalt Pavement Association (NAPA), asphalt is now one of the most recycled materials in the country, with roughly 96 million tons of RAP used annually in new asphalt pavement construction in the U.S. alone. On average, RAP now makes up close to 22% of the material in new asphalt mixtures nationally. What does that translate to in dollars? Industry-wide, RAP use is estimated to save around $4.3 billion every year, and at the national average RAP content, mixtures save roughly $10 per ton compared to mixes made entirely from virgin materials. Separate estimates from the U.S. Environmental Protection Agency (EPA) put the scale of the practice — and its savings — in a similar range: around 80 million tons of asphalt pavement are reclaimed annually in the U.S., saving an estimated $2.5 billion or more in road construction costs every year. Where the Savings Actually Come From RAP doesn't save money because it's "recycled" in some abstract sense — it saves money because it directly replaces two of the most expensive inputs in any asphalt mix: bitumen and aggregate. Bitumen (binder) is the single most expensive material in the mix. Liquid asphalt binder typically makes up only about 5% of an asphalt mixture by weight, but it can cost well over $600 per ton — making it by far the most expensive component even at a small share of the total mix. RAP already contains residual binder, usually in the range of 3 to 5%, which means every ton of RAP used is a ton of fresh, expensive bitumen you don't have to buy. Aggregate costs drop too. Because RAP already contains graded aggregate coated in binder, using it reduces how much new aggregate needs to be crushed and hauled. Since those material and hauling costs are typically built into a contractor's bid, the savings flow directly to whoever is paying for the job. How the Savings Scale With RAP Content The more RAP you use in a mix, the greater the savings — though not in a perfectly straight line, since higher RAP percentages can require more processing. A university case study on urban road construction found a clear, direct relationship between RAP percentage and total project cost: using 30%, 50%, and 70% RAP in new asphalt pavement construction reduced initial costs by roughly 6%, 11%, and 15% respectively. The 70% RAP mix cut bitumen use by 7.2%, aggregate use by 10.6%, and overall operating cost by 11.1% — even after accounting for a 12% increase in recycling-related processing costs. In other words: even after paying for the recycling process itself, higher RAP content still produced a net reduction in total project cost — and the effect gets stronger the more RAP is used. Why This Matters More for Occasional and Small-Scale Repair Work Large-scale paving contractors have been capturing these RAP savings for years, often through big stationary plants blending RAP into large batch runs. But municipalities, maintenance crews, and contractors doing smaller or less frequent repair work have historically had a harder time accessing the same savings — RAP has to be collected, processed, and blended, which usually requires plant-level infrastructure. This is exactly the gap the TICAB RA-800 is designed to close. How the RA-800 Puts RAP Savings On-Site Recycles old asphalt directly into new hot mix — RAP, millings, and asphalt scrap become the raw material for the next batch, instead of a disposal cost. Cuts spend on fresh bitumen and aggregate — the same economic mechanism documented at the national level, applied to a single job site rather than a large production run. Eliminates the separate cost of hauling old asphalt away — the material never leaves the site; it goes straight back into the mix. Produces hot mix at the point of use — no need to transport RAP to a distant plant for blending and transport the finished mix back. Makes RAP savings accessible below plant-scale volumes — you don't need a large paving project to benefit from recycling; small and medium repair jobs can capture the same cost advantage. What This Looks Like on a Typical Repair Job Consider a routine pothole and patching job that would otherwise require ordering fresh hot mix asphalt and separately paying to dispose of the removed material. With on-site recycling: The removed asphalt becomes the input for the new mix instead of a waste-disposal line item Bitumen and aggregate costs drop in proportion to how much RAP is used in the batch — consistent with the national average savings of roughly $10 per ton There's no transport cost or cooling risk between "plant" and "site," because the plant is on-site None of this requires exotic equipment or a change in repair philosophy — it requires the ability to process RAP into usable hot mix at the scale of a single job, which is precisely what a mobile recycler is built to do. Recycling Old Asphalt (RAP): Key Takeaways Recycling old asphalt (RAP) is one of the most consistently documented cost-saving practices in road maintenance, saving the industry billions of dollars annually at a national level. The savings come primarily from reduced bitumen and aggregate costs, since RAP already contains both — and bitumen alone can cost several hundred dollars per ton. Higher RAP content produces greater net savings, even after accounting for the extra cost of processing the material. Mobile recyclers like the RA-800 make these savings accessible to routine, small-scale repair work — not just large paving projects with dedicated plant infrastructure. Want to see what recycling old asphalt (RAP) could save on your next repair season? Talk to our team about a cost comparison! FAQ How much money does recycling old asphalt (RAP) actually save? At a national average RAP content of around 22%, industry data shows savings of roughly $10 per ton compared to mixes made entirely from virgin materials, and the practice saves the industry billions of dollars annually overall. Why is bitumen the biggest cost factor in asphalt recycling savings? Liquid asphalt binder makes up only a small percentage of a typical mix by weight, but it's by far the most expensive material in it — often several hundred dollars per ton — so reducing how much fresh binder you need has an outsized effect on total cost. Does using more RAP always save more money? Generally yes, but not in a perfectly linear way — higher RAP percentages can require more processing, which adds cost. Case studies still show a net cost reduction even at high RAP percentages once that processing cost is factored in. Can small repair jobs benefit from RAP recycling, or is it only cost-effective at large scale? Historically, capturing RAP savings required plant-level infrastructure, which put it out of reach for smaller jobs. Mobile recyclers change that by making it possible to process and reuse RAP directly on a single repair site.

If your team only handles patching, pothole repair, or small-to-medium resurfacing jobs a few times a month, a full stationary asphalt plant is probably the wrong tool for the job — and the wrong number on your balance sheet. This is one of the most common questions we hear from municipalities, road maintenance contractors, and property managers: "Do we actually need our own plant, or is there a smarter way to get hot mix asphalt when we need it?" Short answer: for most low-to-medium volume repair work, no — you don't need a stationary plant. Here's how to figure out details of stationary asphalt plant vs mini asphalt plant and what you actually need. The Real Cost of "Just Ordering It From a Plant" On paper, buying hot mix asphalt from a nearby stationary plant looks simple. In practice, it comes with hidden costs that add up fast for anyone doing occasional or small-batch repair work: You pay plant prices for small quantities. Most stationary plants are built for large-volume production runs. Ordering a small batch for a single pothole or a short stretch of road often means paying a premium, minimum-order fees, or waiting until your order fits into their production schedule. Hot mix cools down in transit. Asphalt needs to stay within a specific temperature range (typically 120–180°C) to compact and bond properly. Every minute spent in transport is a minute closer to a failed repair. You're at the mercy of someone else's schedule. Emergency pothole repairs don't wait for a plant's next available delivery slot — but your liability and safety risk do. You still pay to dispose of old asphalt. Removing damaged pavement generates waste that typically needs to be hauled away and disposed of separately, adding another line item to every job. None of these costs show up as "plant fees" — they show up as delays, rework, and inflated per-job costs that are hard to trace back to a single cause. The Other Extreme: Building Your Own Stationary Plant At the opposite end, some organizations consider investing in their own stationary asphalt plant to avoid outside dependency. This makes sense at high volumes — but for infrequent or small-batch repair work, it usually doesn't pencil out: Stationary plants require significant capital investment, permitting, and a fixed location They need consistent, high-volume throughput to justify the cost They're immobile by definition — if the job is 40 km away, the material still has to travel and cool down Idle capacity (a plant sitting unused between big jobs) is dead weight on your budget If you're not running large paving projects on a near-constant basis, a stationary plant is often the most expensive way to solve a problem that doesn't require that much capacity. The Middle Ground: On-Site Recycling With a Mobile Mini Plant For organizations doing routine but not massive-scale repair work, there's a third option that's often overlooked: a mobile asphalt recycler that functions as a mini plant — producing hot mix asphalt directly on-site, using reclaimed asphalt pavement (RAP) as the raw material. This is exactly the gap the TICAB RA-800 is built to fill. How It Compares Stationary Plant Ordering From Outside Supplier Mobile Mini Plant (RA-800) Capital investment High None (but ongoing fees) Moderate, one-time Material cost Fixed by plant Market price + delivery Old asphalt recycled on-site Delivery delay / cooling risk N/A (fixed location) High None — produced where it's used Suitable for small/urgent jobs Poor fit Depends on schedule Purpose-built for this Mobility None N/A Fully mobile Disposal cost for old asphalt Separate cost Separate cost Eliminated — RAP becomes input material Best for High-volume, continuous paving Occasional large orders Routine repair, patching, emergency response What Makes This Work The RA-800 recycles reclaimed asphalt — millings, scrap, or removed pavement — directly into new hot mix asphalt, right at the job site. Instead of hauling old asphalt away and hauling new asphalt in, one machine handles both directions of that equation at once. Key advantages for infrequent-repair operations: No stationary plant investment required. The RA-800 functions as a self-contained mini plant, producing up to 800 kg of hot mix per batch — enough for most patching, pothole, and small resurfacing jobs. Old asphalt becomes the raw material. Rather than paying to dispose of removed pavement and separately paying for new bitumen and aggregate, the same material gets reused, cutting material costs significantly. No cooling, no delivery delay. Because the mix is produced and heated (120–180°C) on-site, crews work with properly heated material with no transport-related quality loss. Built for mobility. The unit is self-powered and easy to transport, making it practical for tight urban sites, driveways, parking lots, and locations a stationary plant could never reach. Fast response for emergency repairs. Potholes and urgent damage don't need to wait for a plant order — the RA-800 can be deployed and producing usable hot mix quickly. Predictable output for planning. With roughly 1,800–2,500 kg/hour of reprocessing capacity, crews can estimate job timelines with confidence instead of guessing. So, Do You Need a Stationary Asphalt Plant? Ask yourself three questions: 1. How often do you actually need hot mix asphalt? If it's a handful of jobs per month rather than continuous large-scale paving, a stationary plant's fixed costs are difficult to justify. 2. How far are your repair sites from the nearest plant? The farther the distance, the more your material cools before it's usable — and the more a mobile, on-site solution starts to make financial sense. 3. How much old asphalt are you currently paying to dispose of? If the answer is "a fair amount," that's a cost a recycler like the RA-800 turns into a resource instead of an expense. For most municipalities, maintenance contractors, and property managers doing routine — but not constant, industrial-scale — repair work, the answer isn't "build a plant" or "keep ordering from outside." It's producing exactly what you need, exactly where you need it, from material you already have on hand. Stationary Asphalt Plant vs Mini Asphalt Plant - Key Takeaways A stationary asphalt plant only makes financial sense at high, consistent production volumes. Ordering hot mix from an outside supplier introduces delivery delays, cooling risk, and per-batch premiums for small orders. A mobile mini asphalt plant like the RA-800 recycles old asphalt into new hot mix on-site — cutting material costs, disposal costs, and delivery delays in one step. If your repair work is routine but not continuous, on-site recycling is typically the more cost-effective option than either extreme. Want to see what an RA-800 could save your crew on your next repair season? [Book a demo or request a cost comparison →] FAQ Is a mobile asphalt recycler as good as asphalt from a stationary plant? When properly operated, on-site recycled hot mix meets the same temperature and compaction requirements as plant-produced asphalt, with the added benefit of no cooling time between production and application. What can be recycled into new asphalt with a machine like the RA-800? Reclaimed asphalt pavement (RAP), millings, and asphalt scrap can all be processed into new hot mix, alongside bitumen emulsion, tack coat, crushed stone, and sand as needed. How much hot mix can a mobile mini plant produce per day? The RA-800 produces roughly 800 kg per batch, with a reprocessing rate of approximately 1,800–2,500 kg per hour, depending on operating conditions. Is a mini asphalt plant mobile enough for urban repair sites? Yes — mobile units are specifically designed to operate in tight spaces such as driveways, parking lots, and narrow city streets where a stationary plant could never be positioned.

Winter road maintenance costs can quickly add up. Salt, sand, fuel, labor, vehicle maintenance, and equipment downtime all affect the profitability of winter service operations. For road maintenance contractors, municipalities, landscaping companies, and snow removal businesses, choosing the right salt spreader is more than a technical decision. The right equipment can help reduce material waste, improve productivity, lower operating costs, and allow your team to complete more winter maintenance jobs. The key is not simply to use less salt. It is to control how, where, and how efficiently the material is spread. In this article, we explain the main factors that influence winter road maintenance costs and how choosing the right salt and sand spreader can help your business save money. What Makes Winter Road Maintenance So Expensive? Winter maintenance involves much more than removing snow. During the season, contractors and municipalities must manage several ongoing expenses. The main winter road maintenance costs include: salt and deicing material; sand and salt/sand mixtures; fuel; labor; vehicle operation; equipment maintenance; repairs and spare parts; loading and refilling time; transportation between sites; equipment downtime. Some of these costs are difficult to eliminate, but many can be controlled through better planning and more efficient equipment. A professional salt spreader can have a direct impact on several of these cost categories at the same time. 1. Salt Consumption Is One of the Biggest Winter Maintenance Costs Salt is one of the most commonly used materials for deicing roads, but it can also represent a significant operating expense. If a spreader applies more material than necessary, the additional salt does not necessarily improve road safety. Instead, it increases material costs and can contribute to corrosion and environmental impact. For a company covering hundreds or thousands of kilometers during the winter season, even a small reduction in unnecessary salt consumption can create substantial savings. This is why salt spreading efficiency matters. The objective is not to use the lowest possible amount of salt. It is to apply the right amount of material for the actual road and weather conditions. 2. A Professional Salt Spreader Helps Control Material Consumption One of the biggest advantages of professional salt spreading equipment is better control over material application. A quality spreader allows operators to control factors such as: application rate; spreading width; material flow; spreading pattern; operating speed; distribution consistency. Better control means less unnecessary material is lost outside the target area or applied at an excessive rate. For businesses, this can translate directly into lower winter road maintenance costs. 3. Proper Calibration Reduces Salt Waste Even the best salt spreader will not operate efficiently if it is incorrectly calibrated. Salt spreader calibration ensures that the actual amount of material being distributed corresponds to the selected application settings. Without proper calibration, a machine may: spread too much salt; spread too little material; distribute material unevenly; create untreated areas; increase material consumption. Regular calibration should therefore be part of your winter maintenance routine. A few minutes spent checking the spreader before an operation can help prevent significant material losses over an entire winter season. 4. The Right Spreading Width Can Reduce Operating Costs Spreading width is another important factor when calculating winter road maintenance costs. If the spreading width is too narrow, operators may need to make additional passes to treat the required area. If the spreading width is too wide, material can be distributed outside the target area, resulting in unnecessary consumption. The ideal solution is a salt spreader with adjustable spreading width that can be adapted to the road, parking area, or work site. This allows operators to use the appropriate spreading pattern for each application. 5. Vehicle Speed Affects Salt Spreading Efficiency The speed of the vehicle also affects the performance of a salt spreader. Driving too fast can make it more difficult to achieve consistent material distribution. Driving too slowly can increase the amount of material applied per area, depending on the spreader's settings. Professional spreading equipment should allow operators to coordinate vehicle speed with material output. Maintaining a consistent operating speed helps achieve a more predictable salt application rate and more efficient winter road maintenance. 6. Less Refilling Means More Productive Working Time The capacity of a salt and sand spreader has a direct effect on productivity. A small spreader may be suitable for short routes and smaller areas. However, using equipment with insufficient capacity for a large operation can result in frequent refilling. Every additional refill requires: stopping the vehicle; returning to the material stockpile; loading salt or sand; restarting the route. This reduces productive working time and increases fuel and labor costs. For larger winter maintenance operations, a high-capacity salt spreader can significantly reduce the number of refilling stops. 7. Choose Spreader Capacity According to Your Business Buying the largest available machine is not always the most economical solution. The right salt spreader capacity depends on: the size of your fleet; average route length; area treated per shift; available loading equipment; type of material; road conditions; number of winter maintenance contracts. For smaller contractors, a compact spreader may provide better overall efficiency. For larger contractors managing extensive road networks, a high-capacity spreader can save time and increase productivity. The goal is to match the machine to the actual workload. RPS-1500: A Cost-Effective Solution for Smaller Winter Maintenance Operations The TICAB RPS-1500 is designed for operations where compact dimensions and efficient material distribution are important. It can be suitable for: small road maintenance contractors; local roads; parking areas; commercial properties; smaller municipal fleets; private roads and access routes. A compact sand and salt spreader can help smaller businesses avoid investing in unnecessarily large equipment while still maintaining efficient winter operations. RPS-6000: Higher Capacity for Professional Winter Maintenance For businesses handling larger routes and greater material volumes, the TICAB RPS-6000 provides increased capacity. Higher capacity can help reduce: the number of refilling stops; downtime between routes; loading-related labor; unnecessary travel back to the material storage area. For professional contractors, these time savings can be especially important when several roads or sites need to be treated within a limited period. RPS-9000: Maximum Capacity for Large-Scale Operations The TICAB RPS-9000 is designed for demanding winter road maintenance operations where high material capacity and productivity are priorities. For large contractors and organizations responsible for extensive road networks, a high-capacity salt spreader can help maximize productive working time. Fewer refilling stops mean more time spent actually treating roads and other surfaces. Salt, Sand, or Salt/Sand Mixtures: Which Is More Cost-Effective? Material selection can also influence your winter road maintenance costs. Salt Salt is widely used for deicing roads because it helps lower the freezing point of water and melt ice. However, excessive salt application increases material costs and can contribute to corrosion and environmental concerns. Sand Sand primarily improves traction rather than melting ice. It can be useful on: steep roads; parking areas; intersections; pedestrian areas; locations where additional traction is required. Salt and Sand Mixtures A salt/sand mixture combines the deicing properties of salt with the traction benefits of sand. The appropriate material depends on weather conditions, pavement temperature, traffic, and the specific application. Using the right material for each situation can help avoid unnecessary consumption and improve overall winter maintenance efficiency. Equipment Downtime Is Also a Business Cost When a spreader breaks down during a snowstorm, the cost is not limited to the repair itself. Equipment downtime can lead to: delayed road treatment; additional labor costs; missed deadlines; lost contracts; vehicle downtime; reduced customer satisfaction. Reliable road maintenance equipment helps businesses reduce the risk of unexpected interruptions during critical winter operations. Regular inspection and preventive maintenance are essential for keeping salt spreaders ready for work throughout the season. How the Right Salt Spreader Improves ROI When evaluating a salt spreader, purchase price should not be the only consideration. The real cost of equipment includes its long-term operating performance. A more efficient spreader can help generate savings through: Lower Material Consumption Accurate application helps reduce unnecessary salt and sand usage. Higher Productivity Greater capacity and efficient spreading allow operators to cover more area in less time. Lower Labor Costs Fewer refilling stops and faster operations mean more productive working hours. Lower Fuel Consumption Efficient routes and fewer unnecessary trips to reload material can reduce fuel use. Reduced Downtime Reliable equipment and preventive maintenance help keep the fleet operational. More Winter Maintenance Contracts Higher productivity can allow contractors to take on additional routes or customers during the winter season. These factors all contribute to a better return on investment (ROI). How to Calculate the Potential Savings for Winter Road Maintenance Costs Before purchasing a new salt spreader, compare your current operating costs with the expected performance of the new equipment. Consider: Annual material cost labor cost fuel cost loading and refilling time maintenance and repair costs downtime costs = Total winter maintenance cost Then estimate how a more efficient spreader could affect each category. For example, reducing unnecessary salt consumption by even a modest percentage can create significant annual savings when the equipment is used intensively. The more kilometers or square meters your business treats each winter, the greater the potential impact. 7 Ways the Right Salt Spreader Can Save Your Business Money 1. Reduce Salt Waste Precise material control helps prevent excessive application. 2. Improve Salt Spreading Efficiency A consistent spreading pattern ensures that more material reaches the intended treatment area. 3. Reduce Refilling Stops Higher-capacity equipment can increase productive working time. 4. Improve Route Productivity Efficient spreading allows operators to treat more roads and areas during each shift. 5. Reduce Fuel Consumption Fewer unnecessary trips for loading can reduce fuel use. 6. Reduce Equipment Downtime Reliable equipment and regular maintenance help prevent costly interruptions. 7. Increase Your Winter Service Capacity More productive equipment can help contractors serve more customers without proportionally increasing fleet size. Choosing the Right Salt Spreader: A Practical Checklist Before purchasing a salt and sand spreader, consider the following questions: ☐ How many kilometers or square meters do you treat per shift? ☐ How much salt or sand do you typically use? ☐ How frequently do you need to refill the spreader? ☐ What materials do you use — salt, sand, or salt/sand mixtures? ☐ What spreading width do you need? ☐ Can the application rate be adjusted? ☐ Can the spreader provide consistent material distribution? ☐ Is the capacity appropriate for your routes? ☐ How easy is the equipment to maintain? ☐ Can the machine increase your productivity during peak winter periods? Answering these questions will help you select equipment based on actual operating costs rather than simply the initial purchase price. The Right Salt Spreader Is an Investment, Not Just an Expense For professional winter maintenance companies, a salt spreader is a revenue-generating tool. The right equipment can help you: use materials more efficiently; reduce operating costs; save time; improve road treatment; increase daily productivity; handle more winter maintenance contracts. Instead of asking only “How much does the spreader cost?”, businesses should also ask: “How much can this spreader save me every winter?” That is the real measure of the value of professional winter road maintenance equipment. Save on Winter Road Maintenance with TICAB Effective winter road maintenance is about more than simply spreading salt. It is about controlling material consumption, time, labor, fuel, and equipment performance. The right salt spreader can help your business reduce unnecessary costs while maintaining reliable road treatment. TICAB offers the RPS-1500, RPS-6000, and RPS-9000 sand and salt spreaders for different levels of winter road maintenance — from compact local operations to large-scale professional fleets. Choose the right capacity. Control your salt application. Reduce operating costs. Get more from every winter maintenance shift. The right salt spreader doesn't just spread material — it helps your business spread its costs more efficiently.