[Catalog] Silicoroy Technology Handbook Pro2 (106P)
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[Catalog] Silicoroy Technology Handbook Pro2 (106P)
The comprehensive catalog "Silicoloy," an all-around stainless steel that combines multiple characteristics in one alloy, is available in Professional 2 (106 pages). *To make it easier to view the pages of interest, it is divided by chapter. It includes detailed test data on laser cladding using Silicoloy XVI metal powder (laser buildup processing), a new laser cladding technology with Silicoloy XVI + WC (tungsten carbide) dispersion, laser heat treatment (local solution heat treatment), seizure tests, pitting resistance tests, and measurements of residual austenite and residual stress. Comparative materials on Silicoloy and various types of stainless steel are also included.
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High-Performance Stainless Steel "Silico Alloy Technology Handbook" Pro2
A comprehensive catalog "Professional 2" that explains the all-around stainless steel "Silicoroy" with multiple characteristics in one steel, totaling 106 pages!
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Free Handbook for Engineers and Designers on High-Performance Stainless "Silico Alloy"
Information packed about an all-around material that combines high hardness, high corrosion resistance, heat resistance, and wear resistance! Two documents (for general use and professional use) are available for free.
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Hardness reduction test of silicone resin heat treatment material after holding at 700°C.
The thermal conductivity of Silicoroid XVI is 11.9 W/mK! It may have an advantage in a short period of time.
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About the immersion test of Silicoroid 5.0% NaCl (saline solution)
Such as Silicorol A2-AG! Each material was immersed in a 5% saline solution at room temperature for 192 hours, and the presence or absence of occurrence was investigated.
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Regarding the silicone corrosion resistance test.
The sample is immersed in a 6% hydrochloric acid solution of ferrous chloride at room temperature for 96 hours, and the weight change before and after the test is measured.
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Silicoroy special nut seizure test (high-temperature oxidation test)
Special nuts were fastened to bolts of each material (M17×40, pitch 1.0)! A comparison of each material was conducted.
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Silicone Burn-in Test (Burn-in Prevention Treatment Test)
A comprehensive comparative test will be conducted on various materials, the presence or absence of surface treatment, the types of surface treatment, and the presence or absence of high-temperature oxidation tests!
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Silicon alloy laser solid solution heat treatment
Building a new process design! Conducting evaluation tests using the mobile solidification method and high-speed rotation solidification method.
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Friction and wear characteristics of silicon nitride (ball-on-disk)
The specific wear rate was calculated using the mass loss method! A comparison of the specific wear rates for various material combinations was conducted.
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Silicoroy Laser Cladding (WC Dispersion: Detailed Investigation)
Investigation of the optimal conditions for laser cladding when the WC powder addition is set at 20% and 30%!
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Silicon Alloy Laser Cladding (Investigation of WC Dispersion: WC Addition Amount)
Investigating various properties due to the composite effect of Silicoroid XVI powder + WC powder (tungsten carbide)!
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Silicone Laser Cladding (Laser Overlay Processing)
Using metal powder of the extracted hardened silicone alloy! Evaluation tests conducted using laser cladding.
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Measurement of residual austenite and residual stress in silicon alloys.
We investigated the amount of residual austenite and residual stress using a micro X-ray stress measurement device!
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Precipitation hardening stainless steel "Axia" *has minimal thermal treatment deformation and dimensional changes.
A new material with a high hardness of 56-58 HRC, high corrosion resistance equivalent to austenitic phase, and high strength of 2000 MPa class has been developed: precipitation-hardened stainless steel!
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