Hammer Mill

 

 

 

 

 

 

1. Grinding Parts
* High crushing efficiency and strong adaptability: The high-speed rotating hammers effectively crush various granular and lumpy raw materials (such as corn, soybean meal, etc.). Particle size adjustment is convenient, and it offers wide adaptability to the moisture and fiber content of the raw materials.
* Simple structure and easy maintenance: The main working components (hammers, screens) are easy to replace and maintain.
* Relatively low cost: It is the most widely used universal crushing equipment.

 

2. Cyclone Dust Collector
* Core of gas-solid separation: Utilizing the centrifugal force principle, it effectively separates and collects most of the coarser materials mixed in the airflow after crushing.
* No moving parts, reliable operation: With no moving components itself, its failure rate is extremely low, and maintenance costs are almost zero.
* Pre-treatment to reduce downstream pressure: It can separate approximately 80%–95% of the materials, significantly reducing the load on the subsequent pulse dust collector, making it a crucial primary recovery device.

 

3. Dust Removal Device
* Efficient and precise filtration: As a secondary recovery device, it filters out extremely fine dust in the airflow (typically at the micron level), with a separation efficiency of up to 99.9% or higher.
* Automatic cleaning: It employs compressed air pulse-jet technology for automatic dust removal, ensuring continuous and efficient operation of the filter bags and stable system airflow pressure.
* Environmentally compliant: It ensures that the dust content in the final exhaust gas is far below national environmental standards, making it a key piece of equipment for achieving clean production.

 

 

Model	Main Structural Dimensions (mm)							Capacity	Input Particle Size	Output Particle Size	Machine Weight	Speed	Total Power
	L1	L2	H1	H2	H3	H4	W	Kg/H	mm	mesh	Kg	Rpm/min	KW
JB-350	5100	6380	2900	1100	650	400	1660	80-300	<100*20	10-60	1200	3200	23.25
JB-450	5430	7055	3125	1230	650	400	1780	100-500	<100*20	10-60	1600	2900	30.25
JB-550	5560	7220	3125	1235	650	400	1935	150-700	<100*20	10-60	2100	2350	41.75
JB-650	6575	8570	4100	1330	650	400	2200	200-1100	<100*20	10-60	2800	2000	60.75
JB-850	6500	8500	3350	1200	650	400	1800	300-1500	<100*20	10-60	3600	1500	74.25

 

If you want to send an inquiry about our hammer mills for spices, could you please tell me?
1) What material do you want to grind? Is it dry? What is the size of the feed material
2) What capacity do you expect? (kg/h)
3) What mesh, mm, or micron(size) of the powder do you want?
4 ) What voltage do you want? For example, 380V 50hz 3p; 440V 60Hz,3p; 220V...
(We only provide 3P, because our machines are all for industrial use, not for family use.)
5) Usually, we use stainless steel 304; if you want stainless steel 316, it's OK, and please tell us.

 

 

 

Frequency	Grinding Parts	Cyclone Dust Collector	Dust Removal Device
Per Shift / Each Batch Change	Clean residual material in the chamber, check for abnormal noise/current	Observe discharge valve operation, check discharge	Empty hopper, record differential pressure
Weekly	Check hammer mobility, tighten bolts	External cleaning, check seals	Check pulse valve operation, drain the air receiver water
Monthly	Adjust/replace hammers, clean/replace screen, comprehensive lubrication	Internal deep dust removal, check inner wall wear	Clean air source triple unit, check all inspection door seals
Semi-Annually / Annually	Comprehensive disassembly and inspection, verify rotor balance, replace bearings	Replace discharge valve seal blades, overall seal integrity check	Offline cleaning or replacement of filter bags, comprehensive blow system inspection
Key Points for Maintenance and Cleaning	Internal material buildup, wear-prone parts, and lubrication points.	Internal surfaces, discharge device, and sealing points.	Filter bags, dust hopper, air system, and sealing integrity.
Cleaning Methods: Prioritize "dry cleaning" (such as brushing or vacuuming). When necessary, use "wet cleaning" (wiping with a damp cloth or using specialized cleaning agents), but ensure thorough drying before reuse to prevent corrosion and material caking.

 

Our commitment to quality begins with design, extends through strictly managed production, and is verified by testing every single unit before it leaves our factory. This represents a complete system that spans from the initial design stage all the way to the final pre-delivery inspection.

 

We invest in quality not only where it’s visible, but also—and especially—where it’s not. For example, we use thicker steel plates and higher-grade seals than standard. These details may not be highlighted in brochures, but they directly determine the equipment’s reliability over a decade or more. We would rather incur higher costs during manufacturing than have our customers spend extra time and resources on repairs after purchase.