·Reasonable design to achieve maximum production capacity with minimal footprint.

·The user-friendly layout of the control panel makes the equipment operating conditions clear at a glance.

·By adding external position control to the squeezing cylinder, precise adjustment of dry ice thickness can be achieved.

·The granular storage bin is insulated with rubber insulation cotton to reduce dry ice loss

·The equipment has an automatic shutdown function for material shortage.

·Adopting a plug-in valve oil system design, it has smaller pressure loss, less heat generation, and smaller volume.

·The sealing components are customized and processed using low-temperature resistant materials.

·The oil pressure is equipped with a pressure transmitter and controlled by a touch screen numerical display.

·The concave mold design of the equipment can be replaced with multiple specifications to adapt to the production of different products.

·The modular design of the entire device allows for flexible matching.

·The equipment adopts a fast feed oil cylinder design, which fully saves energy and reduces power consumption. It produces an average of 1 ton of dry ice cubes (density 1.5g/cm ²) with a power consumption of 4kw * h.

·It can continuously produce high-density dry ice cubes with a density of up to 1.54g/cm ², with small weight deviation and stable production.

·Fengli's groundbreaking patent introduces cold energy technology into CO2 recovery systems, saving 20% of electricity consumption per unit output compared to traditional recovery methods.

·Extremely lightweight design, occupying about 46% less space than traditional methods, with the smallest CO2 recovery system in terms of volume, power consumption, and footprint in China.

·The ultimate integrated design can be combined with a small block making machine to form the most economical micro dry ice factory, greatly saving the production cost of dry ice.

·It can adapt to multiple models of ice makers and accept customized services to meet different customer needs.

·Used for manufacturing high-quality bulk dry ice.

·Dry ice has a high density and is not easily broken.

和丰利是厦门干冰设备自动化设备公司、干冰设备自动化设备公司、大型干冰制造机厂家、厦门大型干冰制造机厂家

·We can produce the largest specification of bulk dry ice in China at present.

·Dry ice has a high density and is not fragile, and can accept customized requirements for larger sizes.

·Used for manufacturing high-quality bulk dry ice.

·Dry ice has a high density and is not easily broken.

和丰利是干冰制造机公司、厦门干冰制造机公司、干冰制块机厂家、厦门干冰制块机厂家

·Higher cost-effectiveness.

·Commonly used for customizing with automated dry ice production lines.

·Higher cost-effectiveness.

·Commonly used for customizing with automated dry ice production lines.

·Large capacity dry ice granulator.

·Commonly used for customizing with automated dry ice production lines.

·Specially designed for industrial cleaning of dry ice.

·Dry ice has a higher density and better quality.

·Specially designed for industrial cleaning of dry ice.

·Dry ice has a higher density and better quality.

· Small production capacity and compact design, lower energy consumption and less noise.
· The core control components are all made of international first-line brands, ensuring better quality.

· Our dry ice cleaning machine has online variable control function, and the control signal can be connected to the upper computer. According to the different cleaning products, the upper computer can adjust the cleaning parameters at any time, making our cleaning more intelligent and environmentally friendly, while achieving more precise and controllable cleaning effects.

· The equipment is controlled by I/O signals and has isolation devices to prevent circuit damage caused by abnormalities between devices. The PLC has self diagnostic function, which greatly facilitates the troubleshooting of equipment maintenance problems.

· Equipped with ice quantity detection function, it can check the usage of dry ice in real time and automatically cycle to supplement dry ice production, greatly saving manpower and electricity consumption, helping you achieve the lowest production cost on the market.

·The unique waterproof design of the dry ice silo reflects the pursuit of details by Hefeng Li. Stainless steel and insulation cotton make the silo completely sealed, eliminating the damage caused by condensation water to the equipment.

· By using advanced servo power systems, compared to the pure mechanical pressure ice making methods on the market, the ice making process has smaller losses, lower equipment noise, less hydraulic flexible output mechanical wear, and lower and more convenient maintenance costs in the later stage.

· One machine can achieve the simultaneous operation of 1-4 nozzles, which is widely applicable to the needs of unmanned multi station operations.

· Each nozzle of Hefeng Li is designed through fluid dynamics simulation to maximize the power of gas and provide the most efficient and stable cleaning effect.

· Compact design, higher cost-effectiveness.
· Lower energy consumption and less noise.

· Small production capacity and compact design, lower energy consumption and less noise.
· The core control components are all made of international first-line brands, ensuring better quality.

· Small capacity and compact design, 220V voltage.

· Suitable for civilian dry ice production needs.