Hydraulic curing press for passenger car tires

Optimize tire production with precise molding and curing capabilities designed to enhance tire concentricity, reduce cycle times, and improve energy efficiency.

Cures and Optimizes Tire Concentricity

The Hydraulic Curing Press for passenger and industrial tires from HF TireTech Group sets a benchmark in tire manufacturing by integrating modular design with advanced curing technology. This press features a hydraulic column type system developed for versatility and efficiency across a range of tire applications, including passenger car, truck, bus, and light agricultural tires. Its compact structure allows seamless integration into existing production lines, enhancing your infrastructure without extensive modifications.

The press facilitates tire concentricity optimization through precise control mechanisms and a blend of straight and angle type designs, reducing wear and extending the lifecycle of the press components. It operates within industry standards for energy efficiency, employing proven systems that lower energy consumption during the curing process. Configured with main locking and squeeze components outside the heated area, it minimizes thermal wear and ensures uniform tire quality.

With a maximum closing force of up to 2,450 kN, the press accommodates various tire sizes, while its adaptable molding system supports both 2-piece and segmented molds. Automated PLC systems provide integration capabilities for seamless operation and monitoring, and the press adheres to the latest safety and environmental regulations. Available options for heating systems include steam and hot water configurations to suit specific production requirements.

Additionally, HF offers customization options to meet exclusive production needs, supported by comprehensive engineering assistance. This equipment is not only engineered for high-speed, continuous operations but is also designed for easy maintenance, with improved accessibility for routine checks and servicing.

Benefits

  • Enhances tire quality and lifespan by optimizing concentricity with precise control mechanisms.
  • Minimizes operational costs through energy-efficient systems that reduce power consumption.
  • Streamlines integration into existing facilities with a compact, modular design.
  • Maintains high production speeds and reduces cycle times, boosting overall throughput.
  • Ensures compliance with the latest safety and environmental standards, promoting sustainable operations.

General


Applications
3-wheeler tires,2-wheeler tires,Light agricultural tires,Truck tires,Moped tires,Passenger car tires,Scooter tires,Bus tires
End products
All-season passenger car tires,Radial tires for light agricultural vehicles,Off-road 2-wheeler tires,Urban scooter tires,City bus tires,Performance passenger car tires,Durable 3-wheeler tires,Heavy-duty truck tires,High-efficiency moped tires
Steps before
Mold loading,Green tire placement,Center mechanism setup
Steps after
Tire cooling,Post Curing Inflation (PCI),Tire unloading
Input ingredients
green tire,mold,hydraulic pressure,heating medium (steam,hot water,N2)
Output ingredients
cured tire,energy savings,optimal tire concentricity,reduced wear and longer press life
Market info
Schwarte Processing HF FoodTech Group is known for manufacturing engineered-to-order (ETO) industrial equipment, specializing in processing technologies for the food industry, highlighting innovation, high-quality standards, and tailored solutions to meet specific customer needs.

Technical Specifications


Cavity control
Common/Independent
Max. closing force
1.570/1.770/1.960/2.450 kN (160/180/200/250 t-force)
Min./max. bead diameter
12-25 inches
Max. green tire outer diameter
850-1,000 mm (33.5-39.4 inches)
Max. cured tire outer diameter
850-1,000 mm (33.5-39.4 inches)
Max. cured tire height
406-450 mm (16-18 inches)
Type of mold
2-piece/segmented
Max. outer mold diameter
1.168-1.321 mm (46-52 inches)
Min./max. mold height
250-610 mm (10-24 inches)
Heating platen outer diameter
1.168-1.321 mm (46-52 inches)
Center mechanism
Bag-in-well/standing post (pit or pitless design)
Green tire stand
Hanging/shoulder type (single or multiple)
Pneumatics hydraulic system
From 1
Heating system
Piping and manifold concept (steam/N2,steam/steam,hot water,etc.)
Safety
According to local safety standards

Operating Characteristics


Working Mechanism
Hydraulic column type
Integrated Steps
Loader and unloader chuck
Modularity
Customizable with required center mechanism
Type of Operation
Straight and angle type press designs
Energy Efficiency
Proven energy saving systems
Maintenance Ease
Improved access to the important areas
Design Features
Compact design,slim solutions
Availability,Reliability
Press availability at benchmark level
Compliance,Safety
Built to latest safety,environmental,and manufacturing requirements
Cycle Time
Improved cycle time
Customization Level
Modular build,including PCI options

Material Compatibility


Corrosive resistance
Yes
Abrasion resistance
Yes
Cleanability
Easy to maintain
Hydraulic fluid compatibility
Suitable for various hydraulic fluids

Physical Characteristics


Compact footprint
Yes
Control panel type
PLC Systems/Automation
Discharge method
Loader and unloader chuck
Modular design
Available

Custom Options


Control panel type
Customized options available
Integration possibilities
Modular design for additional components
Center mechanism
SMO,loader and unloader chuck
Green tire stand type
Hanging or shoulder type
Cooling conveyors
With or without PCI
Center mechanism design
Bag-in-well/standing post (pit or pitless design)
Hydraulic system configuration
From 1