Semi-automatic blow molding machine 2 x 5 L

FERENC F-1400

Condition: excellent (used), Year of construction: 2013, screw diameter: 38 mm, This machine is in storage at Plastima Used Machinery Lsdpfjvcqccex Af Seai

Condition: excellent (used), Due to the dimensions, the tanks are cut into pieces and welded by us at the customer's site. Height 4,30m, Lenght 11m The cyllinder is made of AISI316 steel, the upper and lower heads are made of duplex steel, but AISI316 steel can be ordered. Lajdoma Dguepfx Af Ssi Welding price is discussed separately. 2 units available. We also offer 300m3 with dimensions 6.40 x 11.5 m for the price of 72900€ and 2 units 500 m3 with dimensions 8x 11.50 m for 108900 €.

Condition: used, Year of construction: 1998, Automatic PET bottle blowing machine Manufacturer: SIDEL Type: SBO 16/16 S1 Lodpfxsutni Re Af Soai Year of manufacture 1998 Capacity: 16,000 for 1.5 L bottles and up to 19,000 bph for 0.5 L bottles Installed power: 347 kW Includes 1.5 L moulds Preform feeder Chiller cooling unit Technical condition: used machine, functional until dismantled. The machine is currently dismantled, assembled in elements and prepared for transport. Full and original technical documentation.

Condition: used, Year of construction: 2007, working width 1380 mm workpiece height 70 mm total power requirement 45 kW weight of the machine ca. 5.500 kg Lodpjt Hw Iisfx Af Ssai

Condition: used, functionality: fully functional, The SMF COMBI 400 is an automatic blow molder designed for the efficient and high quality production of PET bottles. This machine combines advanced technologies to offer continuous, accurate operation with minimal manual intervention, ideal for bottling plants requiring flexibility and performance. ADVANTAGES OF HS AND COMBI SERIES: • Low energy consumption • Modular construction • Silent work • Space saving, compact design • Easy change- overo f bottle size and types of neckrings • Advanced PLC control system with user friendly interface • Built-in memory of the PLC saves parameter sets required to produce different bottle sizes. • Pyrometric temperature measurement – Power Wizard KEY BENEFITS Lodjwny Eispfx Af Ssai • Proven system working in hard environmental conditions • Powerful heading unit with precise controller and convenient adjusting mechanism • Minimum transfer space for the air distribution system • Simple, robust and durable operation MAIN PARAMETERS Blowing air quantity (25 BAR): 3.46 m3/h Mold material: FORTAL

Condition: ready for operation (used), Year of construction: 2004, Two injection blow molding machines for hollow body production are available. 1) Injection blow molding machine Kautex KB 15.10, year of manufacture: 1984, overhaul: 2005, stations: 1, nozzle diameter: 80mm, clamping force: approx. 250kN, opening stroke: 300mm/800mm, max. mold thickness: 2x160mm, max. mold dimensions X/Y: 950mm/600mm, control: Siemens S7, operating hours: approx. 96432h. 2) Injection blow molding machine Kautex KB 50/13-S, year of manufacture: 1983, overhaul: 2003, nozzle diameter: approx. 80mm, clamping force: approx. 410kN, plate dimensions X/Y: 700mm/900mm, mold thickness: 2x320mm, opening stroke: 600mm/1300mm, control: Siemens S7. Documentation available. On-site inspection is possible. Lasdpfx Afowligws Sei

Condition: excellent (used), Year of construction: 2006, Krauss MAffei KM 300-1000 C2 injection molding machine Year of manufacture : 2006 Closing system : Closing force : 3000 kN Mold opening force, max : 160 kN Moving force of moving plate Opening : 86 kN Lajdpferbhhhox Af Soi Moving force of moving plate Closing : 68 kN Size of mold plates (h x v): 995 mm x 1050 mm Distance between columns (h x v): 630 mm x 630 mm Mold opening stroke: 820 mm Mold height min: 330 mm Max daylight: 1150 mm Injection system : Auger diameter: 55 mm Ls/D ratio: 20 Injection pressure: 1904 bar Injection volume : 523 ccm Injection weight, PS: 476 g Injection speed: 428 ccm/s General Data : Dimensions m : 5.97 x 2.04 x 2.36 Weight t : 12.5

Condition: new, Year of construction: 2025, An active lime production line is a set of equipment designed to produce high-quality lime from limestone, with the aim of meeting various industrial applications, such as in the production of steel, environmental desulfurization, and other processes. The process typically involves several stages, including limestone crushing, calcination, hydration, and finally, the production of active lime. Here is a general overview of the main steps involved in an active lime production line: 1. Limestone Quarrying: - Raw limestone is extracted from quarries and transported to the lime plant. The limestone may undergo crushing and sizing processes to achieve the desired particle size. 2. Limestone Preheating: - The raw limestone is typically preheated in a preheater or precalciner before entering the rotary kiln. This preheating step helps to reduce the energy consumption in the kiln by partially decarbonizing the limestone. 3. Loading into the Rotary Kiln: - The preheated limestone is loaded into the rotary kiln, a large, rotating cylindrical furnace. The kiln is inclined at a slight angle to facilitate the movement of materials through the kiln. Lajdpfxjq Nyzbj Af Ssi 4. Calcination: - In the rotary kiln, the limestone undergoes high-temperature calcination (typically in the range of 900 to 1,450 degrees Celsius). This process causes the limestone to undergo chemical and physical changes, converting it into lime (calcium oxide). 5. Cooling: - After calcination, the lime moves through the cooling zone of the kiln, where it is cooled down. This cooling step is essential to stabilize the lime and prepare it for further processing. 6. Hydration: - The quicklime produced in the kiln is then slaked with water in a hydration process to produce slaked lime (calcium hydroxide). This is typically done in a separate hydrator. 7. Separation of Unreacted Lime: - The slaked lime is separated from any unreacted quicklime or impurities. This step ensures that the final product is of high quality. 8. Filtering and Drying: - The separated slaked lime is filtered to remove excess water, and the resulting product is dried to achieve the desired moisture content. 9. Storage and Packaging: - The final product, active lime (calcium oxide), is stored in silos or other storage facilities. It can then be packaged for sale or transported to end-users. 10. Environmental Considerations: - Dust collection systems and other environmental control measures are often implemented to minimize emissions and ensure compliance with environmental regulations. The design and configuration of an active lime production line can vary based on factors such as the type of limestone used, production capacity requirements, and specific industrial applications. Modern production lines often incorporate advanced technologies to optimize energy efficiency, minimize environmental impact, and ensure high-quality active lime production.

Condition: new, power: 44 kW (59.82 HP), Year of construction: 2025, A double rotor hammer crusher is a type of crusher in which two rotors are mounted on a single shaft, combined to form a spinning rotor. The double rotor arrangement enhances the crushing capabilities and provides a more efficient and reliable crusher design compared to single rotor crushers. Here are some key features and aspects of a double rotor hammer crusher: Ljdpfoq Nf Enjx Af Sjai 1. Two Rotors: As the name suggests, the crusher has two rotors that rotate in opposite directions on a common shaft. This dual rotor configuration allows for increased impact and crushing power. 2. High Capacity: The dual rotor design enables the crusher to handle larger feed sizes and higher capacity compared to single rotor crushers. It is suitable for crushing materials with high hardness and large sizes. 3. Versatility: Double rotor hammer crushers are versatile and can be used in various applications, including the reduction of limestone, gypsum, coal, and other similar materials in the mining, cement, and building materials industries. 4. Impact Crushing: The primary mechanism of crushing in a double rotor hammer crusher is through the impact of the hammers against the material. The material is fed into the crusher, and the high-speed rotating hammers impact and shatter the particles. 5. Adjustable Gap Settings: These crushers often have adjustable gap settings between the rotors and the impact bars, allowing control over the final particle size. 6. Durability: The robust design of the double rotor hammer crusher makes it durable and capable of handling tough materials and continuous operation. 7. Reduced Wear: The dual rotor arrangement can help distribute wear more evenly across the hammers and other wear parts, potentially extending the overall lifespan of the crusher. 8. Ease of Maintenance: Some double rotor hammer crushers are designed with features that make maintenance and replacement of wear parts more accessible, reducing downtime. It's important to note that specific features and design aspects may vary among different models and manufacturers of double rotor hammer crushers. If you are considering using or purchasing one, it's recommended to consult the manufacturer's specifications and guidelines for proper operation and maintenance.

Year of construction: 1977, condition: used, Make: Angelus Type: automatic 4 head rotary can clincher (1st operation) Model: 40P Lajdpfeiauldox Af Sji Serial no.: 96831077 Build: 1977 Frame: coated mild steel Dimensions: L x W x H = 2500 x 1400 x 2200mm Capacity: up to 12.000 cans per hour Power supply: 380 Volt – 50 Hz – 4,0 kW Features: disc-feed belt-pulley speed regulation machine has a lid magazine Tooling: can size 99 mm