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HOME > PRODUCT > ¿þÀÌÇÁ&¾àÇ°·ù
MICROCHEM / Remover PG
 
 

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¢¹REMOVER PG is a proprietary NMP based solvent stripper designed for efficient and complete removal of PMGI, PMMA, SU-8, and other resist films on Si, SiO2, GaAs, and many other substrate surfaces. It may also be used as a lift-off solvent.

 ¡ßÀû¿ë°¡´É Á¦Ç°: Positive & Negative PR, E-beam resist, LOR & PMGI µî

   
MC-1001-02 Remover PG Remover PG, Æ÷Àå´ÜÀ§£º4L/bottle ¡æ ´ëüǰ£ºmr-Rem 700 Remover Ãë±Þ ÁßÁö
MC-202-01 mr-Rem 700 Remover mr-Rem 700 Remover, Æ÷Àå´ÜÀ§£º5L/bottle °ßÀû ¹®ÀÇ
MicroResist Technology / Photoresist
 
 


 

¢¹Electron-beam and DUV-sensitive 

¢¹ High wet and dry etch resistance 

¢¹ Good thermal stability 

¢¹ Excellent pattern resolution - down to 30 nm 

¢¹​ Aqueous alkaline development 

¢¹ Easy to remove 

¢¹ Resists available in a variety of viscosities 

ma-N+2400.pdf     
   
MR-2400-03 ma-N 2403 500ml °ßÀû ¹®ÀÇ
NEPES / SOG(Spin On Glass)
 
 

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¢¹Cospeen-1225G is methyl-siloxane-based organic spin-on-glass coating solution for advanced microelectronic system.

¢¹Switch right away and enjoy the cost benefit. 

¢¹Ultra high purity

¢¹Ultra-low particle count

¢¹High thickness uniformity

¢¹Low cost-of-ownership

¢¹Safe solvent system

 

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¢¹Gap filling  : <0.10 ¥ìm

¢¹Planarization  :  >90% at 1 ¥ìm feature

¢¹Coating thickness  : 2300 ¡Ê - 4000 ¡Ê per coat

¢¹Bake temperature / time  :  80¡É/2min ~ 230¡É/4min

¢¹Cure temperature / time  :  450¡É/30min in N©ü

 

   
NE-1225-01 Cospeen-1225G Coating Thickness£º2300¡­4000¡Ê, Cure temperature / time£º450¡É/30min in N©ü 300,000(VATº°µµ)
SAMCHUN / Pure Chemicals
 
 

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¢¹GHS¸¦ ¹Ý¿µÇÑ È­Çй°ÁúÀÇ ºÐ·ù, Ç¥½Ã ¹× ¹°Áú¾ÈÀüº¸°ÇÀÚ·á¿¡ °üÇÑ ±âÁØ¿¡ ÀûÇÕ

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¢¹MSDS( ¹°Áú¾ÈÀüº¸°ÇÀÚ·á)

¢¹´ÜÀϹ°Áú : 2010. 7. 1ÀÏ ºÎÅÍ Àü¸é ½ÃÇà

¢¹È¥ÇÕ¹°Áú : 2013. 7. 1ÀÏ ºÎÅÍ Àü¸é ½ÃÇà 

   
SC-1200-01 - 1-Buthanol, ¼øµµ:99%, CAS No.:71-36-3, Æ÷Àå´ÜÀ§:4L/bt, µî±Þ:EP 33,000(VATº°µµ)
SC-1200-02 - Ammonia Solution, ¼øµµ:28~30%, CAS No.:1336-21-6, Æ÷Àå´ÜÀ§£º500ml/bt, µî±Þ:EP 4,000(VATº°µµ)
SC-1200-03 - Citric acid monohydrate, ¼øµµ:99.5%, CAS No.:5949-29-1, Æ÷Àå´ÜÀ§:500g/bt, µî±Þ:EP 8,000(VATº°µµ)
SC-1200-04 - Ethyl acetate, ¼øµµ:99.9% CAS N0.£º141-78-6, Æ÷Àå´ÜÀ§:4L/bt µî±Þ:EP 41,000(VATº°µµ)
Solid Electrolyte Materials / Solid Powders
 
 

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solid state electrolyte materials are used in all-solid-state Lithium batteries and other advanced lithium batteries.  Compared to a liquid electrolytes, battery a solid electrolyte battery has the advantages of higher energy density (~2X), better safety, and long term stability. Commonly studied solid electrolyte materials include sulfide compounds (e.g. Argyrodite, LGPS, LPS, etc.), garnet structure oxides (e.g. LLZO with various dopants), NASICON-type phosphate glass ceramics (LAGP), oxynitrides (e.g. lithium phosphorus oxynitride or LIPON), and polymers (PEO).  The lithium ionic conductivity of the inorganic solid electrolyte materials ranges from 10−4 S/cm  up to 10−2 S/cm at room temperature. MSE Supplies also offers sodium beta alumina solid electrolyte powder. 

Because of the high ionic conductivity and stable quality, Ampcera¢â solid state electrolyte materials have been used by many well-known companies and research labs worldwide for the development and manufacturing of advanced lithium batteries.  Both standard and customized solid state electrolyte materials are offered to meet customer's specific requirements for R&D and production.  Products can be ordered as little as a few grams or as much as 100 kg with consistent quality.
   
PWD-LPS-01 PWD-LPS-01 Solid powder LPS, Li7P3S11, Ion Conductivity: 2.01¡¿10−3 S/cm, 99.0%, 1~5um, 5g/pk °ßÀû ¹®ÀÇ
PWD-Li2S-01 PWD-Li2S-01 Solid powder Li2S, Lithium Sulfide(Li2S), Material Basis 99.9%, 75um, 50g/pk °ßÀû ¹®ÀÇ
PWD-LLZTO-01 PWD-LLZTO-01 Solid powder LLZTO, Li6.4La3Zr1.4Ta0.6O12, >99.9%, D50=500nm~800nm, 25g/pk °ßÀû ¹®ÀÇ
PWD-P2S5-01 PWD-P2S5-01 Solid powder P2S5, Phosphorus Pentasulfide(P2S5), Material Basis 99%, 75 microns, 100g/pk °ßÀû ¹®ÀÇ
PWD-LiTFSi-01 PWD-LiTFSi-01 Solid powder LiTFSi, C2F6LiNO4S2, 99.5%, 25g/pk °ßÀû ¹®ÀÇ
PWD-LLZO-01 PWD-LLZO-01 Solid powder LLZO, Li7La3Zr2O12, >99.9% precursor materials, 5um, 100g/pk °ßÀû ¹®ÀÇ
PWD-LPSCI-01 PWD-LPSCI-01 Solid powder LPSCI, Li2SP2S5LiCl, Ion Conductivity: 1.740¡¿10−3 S/cm, 99%, D50=3.47um, 100g/pk °ßÀû ¹®ÀÇ
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