Global Sales OEM tailor design
Product name: Grate Cooler plates/Heat-resistant steel grate plate/wind board/Cooler Grate Plates
Production process: Precision casting, Sand casting, Lost foam casting, Centrifugal casting
Material types: 1Cr10MoW2VNbN,12Cr1MoV,25Cr2MoVA,12Cr2MoWVTiB,Low-alloy heat-resistant steel, low-chromium-nickel oxidation-resistant steel,etc.
Applicable industries: Cement, metallurgy, chemical industry, steel, pellets, etc.
Our service:
1. Before sales, we will fully understand the customer's working conditions and recommend the most appropriate material selection to the customer.
2. Provide customers with drawings based on their machine models, spare parts dimensions, etc.
3. After sales, we will continue to pay attention to the usage of the product and provide timely help.
4. Ensure that the quality of the purchased components is impeccable, and the technical parameters absolutely meet national standards.
5. Provide free quotation, worldwide sales, short delivery cycle, low price.
If you need detailed technical information of the product or cannot find the product you need on the website, please email us（cnwearparts@lyzhili.com）, because we are a customized factory for crusher spare parts.
Application areas: Cement grate cooling machine, manufacturing parts for boilers, steam turbines, power machinery, industrial furnaces, aviation, petrochemicals, etc. that work at high temperatures.
Application scenario: After the cement clinker enters the cooler from the kiln, it is spread on the grate plate to form a material layer of a certain thickness. The cold air blown in passes through the material layer moving on the grate bed in perpendicular directions to quench the clinker, and the clinker can be quenched from 1300-1400℃ to below 100℃ within a few minutes.
Classification by normalized organization: austenitic heat-resistant steel, martensitic heat-resistant steel, ferritic heat-resistant steel and pearlite heat-resistant steel.
Features:
1. The heat-resistant steel grate plate has good wear resistance and long service life, which is more than ten times that of metal screens, 3-5 times that of ordinary rubber plates, and 2-3 times that of stainless steel;
2. It absorbs shock and reduces noise, and the cost is lower than that of metal screen plates;
3. The heat-resistant steel screen plate has good automatic cleaning, and due to its multiple holes, the screening efficiency is high;
4. It has good moisture resistance and wear resistance.
Standard wear-resistant material with excellent impact resistance and work hardening properties.
Enhanced wear resistance with embedded alloy bars for superior performance in high-abrasion conditions.
Advanced ceramic composite matrix reinforcement technology for extended service life.
Bimetal composite structure combining wear-resistant surface with tough core material.
Excellent wear resistance with good hardness retention at elevated temperatures.
Rebuilding and reinforcement using advanced hardfacing welding technology.
Customized according to your operating conditions
For highly abrasive materials such as limestone and sandstone, we adopt high-chromium cast iron or ceramic composite materials, which extend the service life by 3 to 5 times.
For high-impact materials like construction waste and metal ores, we adopt a reinforced structure with high manganese steel and alloy bars, delivering excellent impact resistance.
For high-temperature materials including cement clinker and slag, special heat treatment is adopted to retain hardness and wear resistance at elevated temperatures.
We will fully understand your working conditions and recommend the most appropriate material selection. Provide drawings based on your machine models and spare parts dimensions.
Address:
Luoyang, Henan Province, China
Zhili International Limited : Hong Kong, China.
Factory 01 : Luoyang Henan, China
Factory 02 : Kunming Yunnan, China
Email: cnwearparts@lyzhili.com
Phone/WhatsApp: +86-1335-3997-333
Response: We will reply within 24 hours
Service: Free quotation · Worldwide sales · Short delivery cycle
