The classification mainly includes the aluminum or zinc alloy die casting Machinery Parts using in LED Flood Light area. Alumimum Casting LED Flood Light Parts,Die Casting Parts for LED Flood Light,Zinc Die Casting LED Flood Light Parts NINGBO ZHENHAI BOLANG METAL PRODUCTS FACTORY , https://www.casting-part.com
In the die casting process,higher specific pressure is required,so that higher filling speed can be obtained.which is beneficial for alloy to overcome mold filling resistance.and effectively fill each part of the cavity.The Casting General Tolerance is Grade GB-CT4.
Process Technology: High pressure die casting,Shot Blasting,NC Machining,Spray Coating
Product Dimensions: Customized
Casting General Tolerance: Grade GB-CT4
Flow Processes: Die casting,Degating,Polishing and Deburring to remove the burrs,Polishing to remove the parting line,flash,CNC Turning, Cleaning, Packaging, Storaging, Shipping
Control Measure: Incoming Material Test, First Article inspection,Routing inspection,Final item inspection, and Outgoing quality control
Inspection Equipment: CMM, Caliper,Plug Gage,Screw Gauge
Application: Lighting Parts
Certificate: IATF16949:2016,ISO14001:2015,ISO45001:2018
Lead Time: 30-35 days
Trade Term: FOB Ningbo
What are the 5 effects of greenhouse warming agents?
The benefits of using temperature-increasing fermentation in greenhouses are both economically and environmentally significant. Here's a detailed overview of its main advantages:
Firstly, the warming and insulation effect is highly effective. The soil temperature at 20 centimeters deep can typically rise by 4 to 6 degrees Celsius, while the average air temperature increases by 2 to 3 degrees. This allows early spring crops to be sown or transplanted 10 to 15 days earlier than usual. For many fruit trees, the germination, flowering, and fruiting periods can be advanced by 10 to 20 days, and late-season crops can have their growing period extended by over 30 days.
Secondly, carbon dioxide levels inside the greenhouse increase significantly. In certain areas, COâ‚‚ concentration can be 4 to 6 times higher, which boosts water use efficiency by 80% to 150% and improves photosynthetic efficiency by more than 50%. This not only enhances plant growth but also reduces the need for external inputs.
Thirdly, the application of greenhouse warming agents greatly improves disease prevention and resistance. Practical experience has shown that pesticide usage can be reduced by over 70%, with some cases even eliminating the need for chemical pesticides entirely. Biological control methods take the place of traditional chemicals, resulting in a cleaner and more sustainable farming environment.
Fourthly, the soil quality sees remarkable improvement. The Gembo greenhouse warming agent helps increase organic matter and humus content, enriches the population of beneficial microorganisms, and enhances the physical and chemical properties of the soil—such as aggregate structure, aeration, and water and nutrient retention. These improvements lead to a greater number of roots and increased root fresh weight, contributing to healthier plants.
Lastly, the economic benefits are substantial. The input-output ratio becomes much more favorable, with an average yield increase of 50 to 60% per mu. The return on investment can reach 1:20 or higher, while also promoting waste recycling and creating a sustainable, circular agricultural system.
Overall, the use of temperature-increasing fermentation in greenhouses offers a comprehensive solution that supports both productivity and environmental sustainability.
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