BETOMET SP. Z O.O.

Double Magnet with Pins RTB – 2100 - Magnetbox

The magnet with specific formwork handles or RTB-type adapters creates a unique formwork system that allows for the simultaneous setup of two formwork walls. This enables the production of prefabricated elements ranging from 100 to 600 mm in height. Dimensions without pins (LxWxH): 240x150x75 mm Pulling force: 2100 kg

Magnet with Lever RTD-1400

Magnet equipped with a lever and a plate connected by screws. Height of the magnet with the lever lowered is 70 mm. Dimensions without pins (LxWxH) 270x90x30 mm Pulling force: 1400 kg, 2000 kg Housing: Galvanized steel Common Questions for Magnet with Lever RTD-1400 1. What are the primary applications of the Magnet with Lever RTD-1400? The RTD-1400 is designed for use in formwork systems, providing a reliable solution for securing metal forms during construction. Its pulling force of 1400 kg or 2000 kg ensures stability in demanding industrial environments. 2. How should this magnet be maintained to ensure long-term performance? Regular cleaning of the galvanized steel housing is recommended to prevent rust and maintain functionality. Ensure the lever mechanism operates smoothly by checking for obstructions and applying light lubrication as needed. 3. Are replacement parts available for the Magnet with Lever RTD-1400? Yes, replacement screws and plates can be sourced to address wear and tear. Corporate buyers should inquire directly about spare parts availability to ensure uninterrupted operations. 4. Can the magnet accommodate different formwork thicknesses? With dimensions of 270x90x30 mm (without pins) and a height of 70 mm when the lever is lowered, the RTD-1400 is compatible with various formwork setups. Buyers should confirm compatibility based on their specific requirements. Overview of Magnet with Lever RTD-1400 The Magnet with Lever RTD-1400 is a specialized component within the Formwork Systems category, designed for industrial and construction applications. This magnet features a lever mechanism and a plate connected by screws, ensuring secure and reliable operation in demanding environments. Key Specifications The product has dimensions of 270x90x30 mm (LxWxH) without pins and a height of 70 mm when the lever is lowered. It offers two pulling force options: 1400 kg and 2000 kg, catering to varying load requirements. The housing is constructed from galvanized steel, providing durability and resistance to corrosion. Practical Application Value This magnet is engineered to deliver consistent performance in formwork systems, ensuring stability and safety during operations. Its robust design and strong pulling force make it suitable for securing heavy loads, thereby addressing key challenges faced by corporate buyers in construction and manufacturing sectors. B2B Advantages The Magnet with Lever RTD-1400 supports efficient workflows by combining strength, reliability, and ease of use. Its compatibility with existing systems and long service life contribute to reduced maintenance costs and enhanced operational efficiency, making it a practical choice for global B-level buyers. Purchasing Guide: Magnet with Lever RTD-1400 Suitable Target User Group The Magnet with Lever RTD-1400 is designed for corporate buyers in the construction and formwork systems industries. It is particularly suited for organizations that require reliable magnetic solutions for heavy-duty applications. Purchase Recommendations Corporate buyers should evaluate their specific application needs, such as pulling force requirements and environmental conditions, before selecting this product. The galvanized steel housing ensures durability in demanding environments. Choosing the Right Model/Specification The RTD-1400 offers two pulling force options: 1400 kg and 2000 kg. Buyers should choose based on the weight and type of materials to be handled. Dimensions (270x90x30 mm without pins) and height (70 mm with lever lowered) should also align with operational requirements. Things to Note Before Use Ensure that the magnet is securely attached to compatible surfaces. Verify that the screws connecting the plate are tightly fastened. Regular inspections are recommended to maintain optimal performance. Cost-Effectiveness Analysis This product provides a balance between functionality and cost, making it a practical choice for businesses requiring robust magnetic solutions. Its durable construction reduces long-term maintenance expenses.

magnetic triangular chamfers

Quick and precise chamfering, without the need for nails and a hammer; The structure of the prefab has a more aesthetic appearance, and its edges do not crumble; No need for welding allows us to extend the lifespan of both the strips and the table. Common Questions 1. What are the primary applications of magnetic triangular chamfers in concrete structures? Magnetic triangular chamfers are designed for precise edge chamfering in precast concrete elements. They ensure clean and durable edges without requiring nails or hammers. These chamfers are commonly used in industrial and commercial construction to enhance aesthetic appeal and prevent edge crumbling. 2. How does the absence of welding affect the product's durability? The design eliminates the need for welding, reducing wear and tear on both the chamfer strips and associated equipment. This extends their operational lifespan and ensures consistent performance during repeated use in demanding environments. 3. What maintenance practices are recommended for these chamfers? Regular cleaning to remove concrete residue is advised. Inspect the magnetic components periodically to ensure proper adhesion. Storing the chamfers in a dry environment when not in use can also help maintain their functionality over time. 4. Are there any specific installation requirements for these chamfers? No special tools are required for installation due to the magnetic feature. However, it is important to ensure that the surface is clean and free from debris to achieve optimal adhesion and alignment during the casting process. Usage Scenarios for Magnetic Triangular Chamfers Scenario 1: Prefabricated Concrete Manufacturing Situation: A prefabricated concrete manufacturer requires chamfered edges on structural components to enhance durability and aesthetic appeal. How It Works: Magnetic triangular chamfers provide precise edge shaping without the need for nails or hammering. They are easily attached to molds using magnetic force. Benefits: This solution eliminates edge crumbling during demolding, ensuring a clean finish. The absence of welding extends the lifespan of molds, reducing maintenance costs. Scenario 2: Large-Scale Construction Projects Situation: Construction firms seek efficient methods to create uniform chamfers in high-volume concrete applications. How It Works: These chamfers integrate seamlessly with existing concrete forms, enabling quick installation and removal. Their magnetic properties ensure secure positioning during casting. Benefits: The product enhances workflow efficiency by reducing labor-intensive processes, while its reusability supports long-term cost savings. Scenario 3: Industrial Table Edging Situation: Industrial facilities require durable chamfered edges on worktables to prevent damage and improve safety. How It Works: Magnetic chamfers are applied to table edges, providing a protective layer that resists wear and tear. Benefits: This application increases the longevity of work surfaces, minimizes replacement frequency, and contributes to a safer working environment. Scenario 4: Architectural Customization Situation: Architects designing custom concrete elements demand precision and consistency in chamfer details. How It Works: The chamfers deliver exact angles and dimensions, ensuring compliance with design specifications. Benefits: Clients achieve consistent results across multiple units, enhancing project reliability and visual coherence. Product Overview: Magnetic Triangular Chamfers Magnetic triangular chamfers are designed to provide quick and precise chamfering for concrete applications. This innovative solution eliminates the need for traditional tools such as nails and hammers, streamlining the construction process. Its magnetic properties ensure secure placement during application, enhancing both efficiency and precision. Key Features and Technical Parameters The chamfers are crafted to improve the structural appearance of prefabricated concrete elements. Their design prevents edge crumbling, ensuring a clean and durable finish. Additionally, the product does not require welding, which contributes to extending the lifespan of both the chamfer strips and associated equipment such as work tables. Practical Application Value These chamfers address common challenges in concrete construction by reducing manual labor and improving aesthetic outcomes. The elimination of welding and hammering minimizes wear on materials, offering long-term cost savings. For corporate buyers, this translates into enhanced operational efficiency and reduced maintenance costs. B2B Advantages Magnetic triangular chamfers are particularly suited for B2B markets due to their compatibility with industrial workflows. They provide a reliable solution that aligns with sustainability goals by reducing material waste and optimizing resource use. Their practical design ensures consistent performance, making them a valuable addition to any construction project. Purchasing Guide for Magnetic Triangular Chamfers Suitable Target User Group This product is designed for corporate buyers in the construction and concrete industries seeking efficient chamfering solutions. It is particularly suited for businesses focused on prefabricated structures requiring precise edge finishing. Purchase Recommendations Magnetic triangular chamfers offer a practical alternative to traditional methods like nails and welding. Evaluate your operational needs to determine whether this solution aligns with your workflow efficiency goals. Choosing the Right Model/Specification Consider factors such as the size of the chamfer required, the material compatibility, and the magnetic strength needed for your application. Review technical specifications provided by suppliers to ensure alignment with project demands. Things to Note Before Use Ensure that surfaces are clean and free of debris to maximize magnetic adhesion. Verify that the chamfering tool is compatible with the specific type of concrete or material being used. Conduct preliminary tests to assess performance under real-world conditions. Cost-Effectiveness Analysis While the initial investment may be higher than traditional tools, reduced labor time and extended product lifespan contribute to long-term savings. Assess total cost of ownership by factoring in durability and maintenance requirements.

Magnes RTB-2100 - magnet

The RTB-2100 magnets, when combined with specific formwork brackets or RTB-type adapters, create a unique formwork system. This allows for the production of prefabricated elements with heights ranging from 100 to 550 mm. Dimensions without pins (LxWxH): 240x150x75 mm Pulling force: 2100 kg Housing: Galvanized steel

Magnes RTK – 270U - magnet

Magnets for the production of prefabricates. RTK-270U magnets combined with USR-type formwork handles (adapters) create a unique formwork system. This allows us to produce prefabricates with a height of 100 – 400 mm. Dimensions without pins (LxWxH): 310x120x60 mm Pulling force: 1800 kg, 2100 kg, 2400 kg. Housing: Galvanized steel

Magnetic profiles - high-quality magnets

PROFILE MAGNETS • They contain integrated high-quality magnets; • Length of the strip from 500 mm to 3000 mm; • Efficient, safe, and quick to assemble. • We manufacture to order according to the Client's drawing. APPLICATION: Formwork system for filigree ceiling slabs, TERIVA beams, sandwich walls, and other elements.

Hydraulic turntable - with hydraulic unit

Made of steel profiles, with a centrally mounted lifting eye at the top of the structure, designed for rotating (within a range of 180° left/right) and transporting molds from DN1000 to DN3000. The maximum load capacity is 12 tons. The truss has two symmetrically spaced arms (mounting sockets), whose range is fixed. The assembly of the truss with the mold is done through a permanent connection of the sockets with pins secured by a cotter pin. The spacing of the arms for mounting smaller DN molds can be adjusted by installing an additional extension. The truss is equipped with a hydraulic unit, light signaling, sound signaling, and a stand. Common Questions for Turntable Product 1. What is the load capacity of the turntable, and what types of molds is it compatible with? The turntable has a maximum load capacity of 12 tons and is designed to handle molds ranging from DN1000 to DN3000. It features two symmetrically spaced arms (mounting sockets) that allow for secure attachment using pins and cotter pins. For smaller DN molds, an additional extension can be installed to adjust the arm spacing. 2. How does the rotation mechanism work, and what is its range of motion? The turntable is equipped with a centrally mounted lifting eye and allows rotation within a 180° range (left/right). This functionality supports efficient mold transportation and positioning during operations. 3. What safety features are included in the design of the turntable? The turntable includes light signaling, sound signaling, and a stand to enhance operational safety. These features ensure clear communication and stability during use. 4. Are there any maintenance requirements for the hydraulic unit or other components? Regular inspection and maintenance of the hydraulic unit are recommended to ensure optimal performance. The product description highlights the inclusion of a hydraulic system, which may require periodic checks for fluid levels and component integrity. 5. Can the turntable be customized for specific operational needs? The turntable's design allows for adjustments, such as installing extensions for smaller molds. However, specific customization options should be discussed with the manufacturer to meet unique operational requirements. Usage Scenarios for Turntable Scenario 1: Rotating and Transporting Large Molds in Foundries In foundries producing large molds ranging from DN1000 to DN3000, the turntable is used to rotate and transport molds for machining or assembly. The centrally mounted lifting eye allows secure attachment to cranes, while the hydraulic unit ensures smooth rotation within a 180° range. Symmetrical arms with fixed spacing provide stability during transport. Benefits: Enhanced safety during mold handling, compatibility with various mold sizes, and efficient workflow due to adjustable arm extensions. Scenario 2: Streamlining Mold Assembly Lines The turntable facilitates the precise positioning of molds on assembly lines. Its permanent connection via sockets and pins ensures secure mounting, reducing the risk of dislodgement. Light and sound signaling systems improve operational awareness in industrial environments. Benefits: Improved productivity through accurate mold alignment, reduced downtime, and enhanced operator safety. Scenario 3: Adapting to Smaller Mold Sizes in Manufacturing For manufacturers working with smaller molds, the turntable's adjustable arm spacing accommodates varying dimensions. Additional extensions can be installed to modify arm placement, ensuring versatility across different mold types without requiring multiple devices. Benefits: Cost-effective adaptability, minimized need for additional equipment, and consistent performance across diverse applications. Scenario 4: Supporting Heavy-Duty Operations in Construction In construction projects involving heavy molds or components, the turntable’s maximum load capacity of 12 tons ensures reliable operation. The steel profile structure provides durability under demanding conditions, while the stand stabilizes the unit during stationary use. Benefits: Reliable performance in high-load scenarios, extended product lifespan, and suitability for rugged environments. Product Overview The turntable is a specialized accessory designed for cranes, primarily used in industrial settings to rotate and transport molds ranging from DN1000 to DN3000. Constructed from durable steel profiles, this product ensures robust performance and long-term usability, making it suitable for demanding corporate environments. Key Features The turntable features a centrally mounted lifting eye at the top of its structure, enabling smooth 180° left/right rotation. It supports a maximum load capacity of 12 tons, ensuring compatibility with a wide range of industrial applications. The truss includes two symmetrically spaced arms with fixed mounting sockets, allowing secure attachment via pins and cotter pins. For smaller molds, an optional extension can be installed to adjust arm spacing, enhancing adaptability. Technical Specifications The turntable is equipped with a hydraulic unit, light signaling, sound signaling, and a stand. These components ensure efficient operation, clear communication during use, and stability during stationary positioning. Its modular design allows for permanent connections with molds, reducing setup time and improving workflow efficiency. Practical Applications This turntable addresses the need for safe and precise mold transportation in industrial operations. Its ability to rotate within a defined range and support heavy loads makes it ideal for manufacturing plants, warehouses, and construction sites. By integrating advanced signaling systems, it enhances operational safety and minimizes risks during material handling. B2B Advantages Designed for global B-level buyers, this turntable offers durability, versatility, and ease of integration into existing crane systems. Its steel profile construction ensures structural integrity, while adjustable arm spacing provides flexibility for various mold sizes. The inclusion of signaling systems and a hydraulic unit underscores its focus on safety and operational efficiency, delivering value to businesses seeking reliable material handling solutions. Purchasing Guide for Turntable - Crane Accessories Suitable Target User Group This turntable is designed for corporate buyers in industries requiring precise handling of heavy molds, such as manufacturing, construction, and logistics. It is particularly suited for operations involving molds ranging from DN1000 to DN3000. Purchase Recommendations When considering this product, evaluate the load capacity (maximum 12 tons) and its rotational range (180° left/right). Ensure compatibility with your existing equipment through the mounting sockets and pin system. How to Choose the Right Model/Specification Select a model based on mold size and weight. For smaller DN molds, verify if additional extensions are required to adjust arm spacing. Assess whether the hydraulic unit, signaling systems, and stand meet operational needs. Things to Note Before Use Inspect the truss structure and ensure all pins are secured with cotter pins. Verify the functionality of hydraulic, light, and sound signaling systems. Conduct a trial run within the specified load and rotation limits. Cost-Effectiveness Analysis The turntable offers versatility through its adjustable arms and permanent connection system, reducing the need for multiple devices. Its durable steel profile construction minimizes maintenance costs over time, making it a practical investment for frequent mold transportation tasks.

RTB Formwork System

Magnetic system with a pulling force of 2100 kg. The magnet is equipped with pins, allowing for easy and quick placement in a formwork holder or adapter without the need for screws. This system enables the production of elements with a height of 100-550 mm. It can be mounted with formwork holders that are 2500 mm long or with adapters. Common Questions About the RTB Formwork System 1. What is the maximum pulling force of the magnetic system in the RTB Formwork System? The magnetic system integrated into the RTB Formwork System provides a pulling force of up to 2100 kg. This ensures secure attachment during formwork operations, contributing to stability and safety on-site. 2. How does the pin mechanism facilitate installation? The magnet is equipped with pins that enable quick and tool-free placement into formwork holders or adapters. This eliminates the need for screws, reducing setup time and simplifying the assembly process. 3. What is the range of element heights that can be produced using this system? The RTB Formwork System supports the production of elements with heights ranging from 100 mm to 550 mm. This flexibility allows for adaptability across various construction requirements. 4. Can the system accommodate different lengths of formwork holders? Yes, the RTB Formwork System is compatible with formwork holders measuring up to 2500 mm in length, as well as adapters. This compatibility ensures versatility for diverse project specifications. 5. What maintenance practices are recommended for the RTB Formwork System? Regular inspection of the magnetic components and pins is advised to ensure optimal performance. Cleaning debris from contact surfaces and verifying alignment during use can help maintain functionality over time. RTB Formwork System: Practical Usage Scenarios for Corporate Buyers Scenario 1: Large-Scale Precast Concrete Production In precast concrete manufacturing facilities, the RTB Formwork System is used to produce elements with heights ranging from 100 mm to 550 mm. The magnetic system, with a pulling force of 2100 kg, ensures secure placement in formwork holders or adapters without additional tools such as screws. This reduces setup time and labor costs while maintaining precision. The compatibility with 2500 mm long formwork holders allows for seamless integration into existing production lines. Scenario 2: Modular Construction Projects For modular construction companies, the RTB Formwork System provides a reliable solution for producing consistent and durable components. The pins integrated into the magnet enable quick adjustments during assembly, ensuring adaptability to varying project requirements. The system’s durability supports repeated use, offering long-term value for businesses focused on efficiency and cost-effectiveness. Scenario 3: Infrastructure Development In infrastructure projects requiring standardized concrete elements, the RTB Formwork System simplifies the production process. Its ability to mount with adapters enhances flexibility, accommodating different mold designs. The robust magnetic mechanism ensures stability during casting, reducing the risk of errors and enhancing safety on-site. Scenario 4: Customized Industrial Applications Industrial clients needing specialized concrete forms benefit from the RTB Formwork System’s versatility. The system’s technical parameters, including its pulling force and height range, make it suitable for creating custom molds tailored to specific applications. This adaptability addresses unique operational needs while optimizing resource allocation. Overview of the RTB Formwork System The RTB Formwork System is a magnetic-based solution designed for efficient and reliable formwork operations. It features a robust magnetic system with a pulling force of 2100 kg, ensuring secure placement during construction processes. Key Features and Technical Specifications This system incorporates pins for seamless integration into formwork holders or adapters, eliminating the need for screws. It supports the production of elements with heights ranging from 100 mm to 550 mm. The system is compatible with formwork holders measuring up to 2500 mm in length or can be used with adapters for enhanced flexibility. Practical Applications The RTB Formwork System addresses the needs of corporate buyers by enabling fast and efficient assembly. Its magnetic design reduces installation time while maintaining stability, making it suitable for large-scale projects requiring precision and durability. Advantages for Corporate Buyers Corporate buyers benefit from the system's adaptability, ease of use, and compatibility with various configurations. These attributes contribute to streamlined workflows, reduced labor costs, and consistent performance in demanding environments. Purchasing Guide: RTB Formwork System The RTB Formwork System is designed for corporate buyers involved in construction and precast concrete manufacturing. Its magnetic system, with a pulling force of 2100 kg, offers efficient placement through pins that eliminate the need for screws. Suitable User Group This system is ideal for global Class B buyers seeking adaptable solutions for medium to large-scale projects requiring formwork elements with heights ranging from 100-550 mm. Purchase Recommendations Evaluate project requirements such as element height and compatibility with 2500 mm formwork holders or adapters. Assess whether the magnetic system aligns with existing workflows. Choosing the Right Specification Select configurations based on desired element height and integration with available equipment. Verify dimensions and mounting options to ensure seamless operation. Pre-Use Considerations Inspect the magnetic system's condition and confirm alignment with safety standards. Ensure operators are trained in its use to avoid improper handling. Cost-Effectiveness Analysis While initial investment may be significant, the system's efficiency in reducing assembly time and labor costs can provide long-term financial benefits.

Wrocław

Rudniki K. Częstochowy

Bytom

Borek Wielki

Uzdowo

Kraśnik