Every wear challenge is different. So Good Earth Tools partners with customers to design, engineer, and manufacture custom tungsten carbide solutions that perform where standard parts can’t — regardless of industry, material, or environment.
Every wear challenge is different. So Good Earth Tools partners with customers to design, engineer, and manufacture custom tungsten carbide solutions that perform where standard parts can’t — regardless of industry, material, or environment.
Since this specialized grinding equipment is crucial to proper particle size reduction and classification, chronic wear failures can cripple an operation’s productivity.
We custom-engineer tungsten carbide parts for all the most vulnerable components on classifiers, from cages and liners to complete assemblies, improving efficiency and reducing downtime
Good Earth Tools manufactures solid tungsten carbide wear parts that extend equipment life and boost efficiency in industrial separation processes across ethanol, pharma, food, waste, and oil & gas industries. We engineer durable components for high-wear areas—such as centrifuge tiles, bowls, scrolls, and feed/discharge zones—helping customers process more material in less time, with less energy and reduced machine wear.
Efficient material flow depends on components that can withstand continuous impact and abrasion. Our wear-resistant chutes and transition components are built for smooth and steady flow, easy integration into existing systems, and a long performance life. With carbide-reinforced liners, elbows, and separator plates, each chute is customized to reduce maintenance, minimize buildup, and keep material moving efficiently.
Good Earth Tools engineers rotors for clay processors. Silver solder induction brazed tungsten carbide elements provide exceptionally long live and higher production rates.
To break down materials, crushers rely on compression, impact, and pressure — pure punishment for wear parts. Wear quickly reduces efficiency and output across any application, from construction and recycling to mining.
With just two operators, culverts can be flowing in 20 minutes and fully cleared within an hour using Good Earth Tools’ Culvert Cleaners — mechanical augers designed to quickly, efficiently clear blocked culverts with minimal manpower.
Our high-torque, low-speed system eliminates the need for water or vacuuming, reducing risk and road downtime. These cleaners fit most backhoes or mini excavators, handling culverts up to 60 feet and 36 inches wide. Easy to operate and move, they’re also built to last with mining-grade, carbide-protected bits and a sealed drive system for underwater use.
Technical Specs:
If you’re responsible for road and infrastructure maintenance, you know that the problems impacted culverts create. In the short…
Our custom trailer offers secure racks for augers and couplers, protecting your tools from damage and making transport between job sites a breeze. It’s the perfect option to keep your Culvert Cleaner ready for action.
Designed for seamless integration, the Transport Kit ensures you’re always ready to clean culverts efficiently and effectively, no matter where the job takes you.
Technical Specs:
Power Requirements:
Rototilt Compatibility
Auger Sizes
If you’re responsible for road and infrastructure maintenance, you know that the problems impacted culverts create. In the short…
Key to efficiency and productivity, diverter fingers sort, separate, and help minimize wear on your machines’ main crushing components. Bearing that brunt takes a toll — OEM ceramic diverter fingers typically wear out after as little as seven days in operation.
Our tungsten carbide upgrades extend uptime and help optimize overall productivity, diverting material for seven months and more without visible wear.
Available in a range of configurations — including plates, arms, funnels, and fingers — each design is engineered for durability, easy integration, and long-lasting performance in demanding environments.
A high-volume shingle manufacturer was wearing out 1/2” ceramic liners every month, driving up downtime, maintenance costs, and lost production. Good Earth Tools applied 1/8” of tungsten carbide to the underside of arched liners at key conveyor direction-change points, providing engineered protection that strengthened the system. After four years and more than 1.5 million miles of shingle production, the tungsten carbide dragon tooth liners were still performing with virtually no wear.
Using the advanced Leo Scanner, Good Earth Tools captures the exact specifications of your existing parts on site at your facility, for maximum accuracy and minimal downtime. With these precise measurements, our engineers develop custom wear solutions, from patch repairs to full replacements, that guarantee optimal performance and lasting value.
Fan housings are constantly exposed to heat, dust, and abrasive materials that cause premature wear and costly downtime. Good Earth Tools designs and builds heavy-duty, custom-engineered housings that perform in the harshest operating environments. Our housings can include integrated liner packages, inlet flanges, and bearing seal accommodations — all tailored to your system. Using advanced 3D scanning, we can also reverse-engineer housings without OEM documentation, ensuring a precise fit and fast turnaround.
Exhauster and draft fans are critical in moving limestone dust, coal, and hot gases through preheater and kiln systems. Our carbide-protected fans and housings outlast OEM options, offering consistent performance and minimal downtime.
When water cannot drain from the roadway and becomes ponded, it leads to hazardous driving conditions due to loss of traction, control, and reduced visibility. The GET Guard Rail Cleaner effectively maintains clear shoulders and rights-of-way by removing debris and dead vegetation, helping to prevent fire hazards.
Designed to grade the front, rear, and areas between guard rail posts, this system ensures unobstructed flow of rainwater and snowmelt. It also scours accumulated berms, preventing severe erosion. With the capability to clear up to 200 feet per hour, it operates efficiently alongside roadways within the emergency lane.
Technical Specifications
Efficient Debris Clearance: Clears berms made of road trash, millings, and vegetation to promote proper water flow.
Grading Capability: Grades the front, rear, and areas between guard rail posts for unobstructed drainage.
High Performance: Cleans an average of 200 feet per hour, enhancing operational efficiency.
Emergency Lane Operation: Designed to work alongside roadways within emergency lanes, ensuring safety during operation.
Hazard Mitigation: Helps prevent water ponding and fire hazards by reducing the risk of accidents through improved traction and visibility, while keeping shoulders and rights-of-way clear of debris and dead vegetation.
Precise material movement depends on guides that can handle impact, friction, and continuous motion without failure. Our carbide-reinforced guides maintain smooth, consistent flow through conveyors and processing systems, even at critical turns and transitions. Available in a range of configurations and sizes, each guide is engineered for durability, accuracy, and long service life in demanding environments.
Good Earth Tools TigerCarb and solid tungsten carbide hammers maintain grind quality much longer than OEM hammers. Our engineered tungsten carbide parts are optimized for superior performance in the high-impact and abrasive environments of pulverizers.
Crushing and milling equipment relies on liners — to protect the shell and internal components from damage, to improve grinding efficiency, to maintain throughput and uptime, and to keep operational costs under control. When liners fail fast, operations suffer.
Asphalt, granite, gravel, sand, and dirt grinds down ground engaging skids and can quickly grind mowing operations to a halt. When wear reaches the pivot box, you’re left with safety risks and costly rebuilds.
Good Earth Tools’ Z-Skids™ make sure daily wear is barely there. Protected with ultra-durable tungsten carbide, Z-Skids outwork and outlast OEM skids, with optimal cut quality holding up season after season. You’ll see less downtime, lower maintenance costs, and more productive teams.
Custom-Made for Every Mower
Good Earth Tools customizes Z-Skids for all manufacturers and deck sizes, including hog, batwing, boom, flail, and sickle mowers. We can also upgrade existing skids with high-performance custom tungsten carbide.
Key Features:
18x Longer Wear Life: Z-Skids last up to 18 times longer than OEM skids
Significant Cost Savings: Save $2,000 per machine over 5 years
Custom Fit for All Mowers: Compatible with all manufacturers and deck sizes
Boost Productivity: Consistent cutting & less downtime
Hard-facing protection on plow tips wears off, leading to failure every few months. Our tungsten carbide-protected plow tips show almost no wear after nearly a year.
From mining to power generation, pulverizers are crucial to industrial processing. But most OEM wear parts wither under the power and pressure it takes to transform materials from raw to fine.
Our custom-engineered tungsten carbide parts, from liners to hammers and more, are optimized for superior performance in the high-impact and abrasive environments of pulverizers.
Whether you’re sweeping, widening, paving or reclaiming, our industry-leading tungsten carbide wear solutions for road contact equipment extend component life, cut maintenance time and costs, and keep your operations running more efficiently.
Carbide screws are built to withstand the extreme abrasion and pressure of continuous operation. By reinforcing critical flight surfaces with solid tungsten carbide, these screws deliver exceptional wear resistance, maintain precise conveying efficiency, and extend service life.
Since separators are typically used in critical, high-production areas where downtime is costly, Good Earth Tools engineered solid tungsten carbide solutions that vastly outperform hardened steel. That durability and reliability reduces maintenance interruptions and helps our customers’ production rates soar.
Good Earth Tools’ proven solutions for augers, plow blades, and attachments are engineered to withstand extreme wear from snow, ice, and road treatments, reducing maintenance, extending equipment life, and keeping fleets running efficiently all winter long.
When you’re a fixed point of impact — like target plates on impact crushers and jet mills — standing up to heavy wear is the job. But most OEM target plates end up requiring regular weld repairs to keep working, often as much as weekly.
Good Earth Tools’ solid carbide target plates are engineered to last years, helping aggregates and mining and mineral processing operations process millions of tons of material, without a single weld.
Off-the-shelf parts weren’t built for your operation. Good Earth Tools solutions are.
Whether it’s a single high-wear component or a full system redesign, we engineer every solution to fit your equipment, operating conditions, and production goals — precisely.
We use advanced 3D scanning for a perfect fit, and we can reverse engineer to replace obsolete or unavailable OEM parts.
With tailored tungsten carbide grades and bonding techniques, we design to meet specific abrasion, corrosion, or heat demands.
Custom tungsten carbide solutions extend performance life by as much as 30x, maximizing uptime and optimizing productivity.
Every solution begins with a wear audit, where we identify the areas in your plant most affected by abrasion, impact, and heat. During scheduled downtime, our team performs on-site 3D scanning to capture precise measurements of existing parts — quickly and efficiently, without disrupting operations.
We then engineer a custom tungsten carbide solution designed for your specific wear problem and application, not a one-size-fits-all replacement. Once manufactured, our team delivers and installs each component to ensure a perfect fit and maximum performance.
From start to finish — and long after installation — we’re there every step of the way, supporting your operation, monitoring performance, and continuously improving with each production cycle.