Feeding
ZSW vibrating feeder
The ZSW vibrating feeder delivers large materials evenly to a crusher. Its robust grizzly structure combines feeding with preliminary screening.
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Equipment, processing and parts
Explore Karmet mining equipment, LB asphalt plants, RAP recycling systems and wear parts, with steel processing and local service across the industrial value chain.
Mining equipment
Feeding
GZD vibrating feeder
The GZD series is designed for feeding small and medium-sized materials, with compact construction, straightforward installation and low energy consumption.
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Feeding
Apron feeder
Wear-resistant steel pans carry heavy, large or wet materials over short distances in a continuous, controlled flow.
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Crushing
Cast-frame jaw crusher
A cast-frame jaw crusher uses a conventional design for materials of medium hardness, including limestone, coal and construction waste.
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Crushing
Welded-frame jaw crusher
A welded steel plate frame supports primary crushing of medium-hard and hard rock, combining strength, stability and manufacturing flexibility.
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Crushing
PEV European-style jaw crusher
The PEV jaw crusher performs primary crushing of ore, rock and construction waste, with a robust structure and a high reduction ratio.
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Crushing
Multi-cylinder hydraulic cone crusher
For secondary and fine crushing of hard and medium-hard materials such as granite, basalt and iron ore, with a consistent product shape.
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Crushing
Single-cylinder hydraulic cone crusher
A secondary and fine crushing solution for medium-hard and hard materials in mining, metallurgy and construction applications.
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Crushing
Spring cone crusher
A conventional secondary and fine crusher for mining, building materials and metallurgy, with spring-based overload protection.
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Crushing
PF impact crusher
The PF impact crusher uses a high-speed rotor to crush medium-hard materials such as limestone, coal and construction waste.
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Crushing
PFW European-style impact crusher
Developed from the PF design for building materials, road construction and mining production.
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Mobile crushing
Wheeled mobile crushing plant
A relocatable plant for construction waste, aggregate processing and road works, configured with jaw, impact or cone crushing equipment.
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Mobile crushing
Tracked mobile crushing plant
A self-propelled plant for mining, construction waste processing and excavation work. Jaw, cone or impact configurations suit different site conditions.
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Crushing
Heavy-duty hammer crusher
High-speed hammers directly crush brittle, medium-hard materials such as limestone, gypsum and coal in a single crushing stage.
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Crushing
Box-type hammer crusher
An enclosed box combines hammer and impact crushing for limestone, construction waste and coal-related waste materials.
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Mineral processing
Flotation machine
Reagents and air bubbles separate valuable minerals from gangue in non-ferrous, ferrous and non-metallic mineral processing.
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Mineral processing
Electrostatic separator
Differences in electrical conductivity create different particle paths in a high-voltage electrostatic field, supporting separation and recycling of minerals, plastics and metals.
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Mineral processing
Magnetic separator
Separates materials by magnetic properties, for iron ore processing and removal of magnetic impurities from other materials.
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Washing and dewatering
Spiral sand washer
Removes clay, dust and other impurities from sand. Spiral blades advance the material while washing and classifying it.
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Washing and dewatering
Wheel sand washer
For washing aggregates in construction, mining and water infrastructure projects. A rotating wheel agitates, cleans and dewaters the material.
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Washing and dewatering
Dewatering screen
Removes excess water from wet materials in mining, sand washing and recycling applications.
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Sand making and grinding
Sand making machine
Processes rock, gravel and other materials into manufactured sand for construction, road works and concrete production.
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Sand making and grinding
High-pressure double-roll sand maker
For hard materials: maximum feed 30 mm, recommended feed 22 mm; at least 60% of output is 0–5 mm, with overall output 0–8 mm. Wear parts start from 1,000 operating hours, with an integrated turning platform.
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Screening
New sealed-design vibrating screen
Sealed lubrication replaces daily lubricant application with small oil top-ups as specified in the maintenance instructions. Screen box side plates start at 12 mm for aggregate and mining classification.
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Sand making and grinding
Ball mill
For fine grinding and mixing of ore and other materials in mining, building materials and chemical processing.
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Screening
Horizontal twin-shaft vibrating screen
Efficiently classifies materials by size in mining, construction and metallurgy applications.
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EQUIPMENT RANGE / 2026 SELECTION GUIDE
Asphalt mixing and recycling equipment
The Karmet asphalt range includes batch mixing plants, integrated virgin/RAP plants, hot recycling and cold addition systems, and reclaimed asphalt crushing and screening equipment. Start with output, materials, fuel and site conditions to select a suitable configuration.
Plant configurations for different material routes.
LB1000–LB5000 / Model range
Batch asphalt mixing plant
Cold feeding, drying, hot aggregate screening and weighing work together to support different mix designs.
View models and reference specifications
| Model | Reference output · t/h | Installed power · kW |
|---|---|---|
| LB1000 | 60–80 | 260 |
| LB1500 | 90–140 | 340 |
| LB2000 | 160–220 | 500 |
| LB3000 | 200–280 | 660 |
| LB4000 | 300–360 | 850 |
| LB5000 | 360–420 | 980 |
LB3020 / LB3030 / LB4020
Integrated virgin/RAP asphalt mixing plant
An integrated virgin/RAP plant connects feeding, heating and weighing of virgin aggregate and RAP to the same mixing process. Check plant capacity, RAP heating arrangements and the target mix together.
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| Model | Reference output · t/h | Installed power · kW |
|---|---|---|
| LB3020 | 240–360 | 860 |
| LB3030 | 240–400 | 860 |
| LB4020 | 300–400 | 1100 |
Based on the 2026 brochure configurations. Output varies with moisture, grading, mix design, fuel and altitude. Installed power is not actual energy consumption; final specifications are confirmed in the technical agreement.
Separate material streams. A shared mixing process.
RAP means reclaimed asphalt pavement, commonly obtained from milling old road surfaces. The recycling proportion is confirmed through material testing, mix design and equipment configuration.
Virgin aggregateFeed → Dry → Screen → Weigh
Reclaimed asphalt pavement (RAP)Prepare → Heat or add cold → Weigh
Mix → Finished asphalt mixture
Process illustration; interfaces, heat balance and RAP proportion are confirmed for each project.
Give reclaimed road materials a processing route.
01 / RAP
RLB2000N / RLB2000 · Hot recycling
The RLB series heats and meters reclaimed asphalt material. When connecting it to an existing plant, check available space, feed entry, exhaust treatment and control interfaces.
02 / RAP
CLB · Cold addition
Feed, elevate, hold and weigh RAP in a cold state before adding it to the main mixing process. Plant heat balance, addition proportion and feed interfaces require separate calculation.
Bin → Elevate → Weigh → Mix
03 / RAP
LZP120 · Reclaimed asphalt preparation
Break up agglomerates and establish grading before recycling. Feeding, screening, roll crushing and return conveying form a material preparation process.
Drying drum
Lifting flights turn the material; four-wheel friction drive rotates the drum. Rock wool insulation reduces heat loss, with wear liners in the feed chute.
Mixer
Depending on the model, twin or four-motor drives work with wear-resistant blades and mixing arms. Interfaces for RAP, fibre and foamed bitumen can be reserved as specified.
Dust and exhaust treatment
Plasma / photo-oxidation treatment and electrostatic tar removal are selected for the operating conditions.
Clear operating conditions support better selection.
- Output and mix design
Target hourly output, daily operating hours, mix type and target RAP proportion.
- Materials and fuel
Aggregate / RAP moisture, maximum size, available fuel and quality data.
- Site and utilities
Site dimensions, altitude, foundations, power capacity, transport and lifting access.
- Environmental requirements and delivery
Emission requirements, enclosure scope, destination, installation, training and spare parts.
LONG-TERM OPERATION / PARTS AND SUPPORT
Prepare for the next maintenance cycle.
From crusher wear parts to screen media, idlers and conveyor belts. Confirm compatible parts and a spares plan around the equipment model, material abrasiveness and maintenance schedule.
Jaw crushers
Jaw plates and liners
Cone crushers
Cone crusher wear parts
Impact crushers
Impact crusher wear parts
Hammer crushers
Crusher hammers
Sand making and shaping
VSI wear parts
Screening and classification
Screen mesh and rubber panels
Conveyor systems
Conveyor idlers
Material handling
Conveyor belts
Images illustrate part categories. The exact structure depends on the compatible model. Compatibility is confirmed by equipment model, dimensions and drawings.
Plan ahead for critical parts with longer lead times.
Pay particular attention to parts that are difficult to source in Uzbekistan or take longer to deliver. Prepare according to the model and wear characteristics to reduce downtime while waiting for parts. Stock and lead times are confirmed at inquiry.
Please send the nameplate, part photos, mounting dimensions, quantity and required delivery date.
Discuss wear parts and spares planning