MacDermid Alpha Micromax 5164N Pt/Ag Conductor for Hybrid Circuits

基础信息

品名
MacDermid Alpha Micromax 5164N Pt/Ag Conductor
牌号
Micromax 5164N
厂商
Element Solutions/MacDermid Alpha
材料类型
Pt/Ag Conductor Paste
产品形态
Paste
特点
High TCA, no cracks after 2,000 cycles (-40 to +125°C) and 3,000 hrs at 150°C; excellent solderability; resistivity ≤2 mΩ/sq; good wire bondability; fine line ~125 μm; wide process window; standard conductor for Series 00X0.

描述




MacDermid Alpha Micromax 5164N Pt/Ag Conductor for Hybrid Circuits

Product: Micromax 5164N
Type: Pt/Ag Conductor Paste
Application: Hybrid Circuits
Resistivity: ≤2 mΩ/sq
Shelf Life: 6 months

⚡ Dense Fired Pt/Ag Conductor with No Cracks After 2,000 Thermal Cycles
Micromax 5164N is a Pt/Ag thick film conductor paste developed for automotive hybrid circuits. It combines high thermal cycled adhesion and long term aging adhesion with excellent solderability, good wire bondability, fine line capability around 125 μm, and a wide process window. Resistivity is 2 mΩ/sq or less.

Micromax 5164N from MacDermid Alpha is a Pt/Ag thick film conductor paste that balances low cost and high performance. It was developed for automotive hybrid circuit applications and features a dense fired film with a newly developed inorganic binder. The conductor delivers electrical conductivity comparable to Cu thick film, distinct thermal cycled adhesion (TCA), and long term aging adhesion (LTAA). It also offers excellent solderability and super printability with fine line capability around 125 μm.

The paste has a viscosity range of 150–250 Pa.s and uses Micromax 4553 as the recommended thinner. Print with a 200–325 mesh stainless steel screen to a recommended film thickness of 10–14 μm. Allow leveling 5–10 minutes at room temperature, then dry at 150°C for 10 minutes. Fire on a 30-minute profile to a peak of 850°C for 10 minutes; a 60-minute profile is also acceptable. Resistivity is ≤2 mΩ/sq. Solder-ball spread test is 4.4 mm at 230°C with 62Sn/36Pb/2Ag solder over 30 seconds. Solder leach resistance is 4 minutes at 220°C. No conductor cracks occur after 2,000 cycles from −40°C to +125°C, plus 3,000 hours at 150°C aging. It is the standard conductor for the Micromax resistor Series 00X0. Store sealed at 5–30°C; unopened shelf life is 6 months.

Genuine MacDermid Alpha Micromax Imported Stock & Technical Support
We hold regular stock of authentic MacDermid Alpha Micromax 5164N Pt/Ag conductor paste. Original factory TDS and batch-specific COA are available on request for your hybrid circuit programs.

Request Sample, TDS & Quotation
Complete TDS, COA, and regulatory documentation available

Key Features of MacDermid Alpha Micromax 5164N

  • Pt/Ag thick film conductor paste for hybrid circuits
  • Developed for automotive applications requiring long-term reliability
  • High thermal cycled adhesion: no conductor cracks after 2,000 cycles (−40°C to +125°C)
  • Long term aging adhesion: 3,000 hours at 150°C
  • Excellent solderability and high electrical conductivity (resistivity ≤2 mΩ/sq)
  • Good wire bondability
  • Excellent printability with fine line capability around 125 μm
  • Wide process window: insensitive to firing temperature, firing period, firing times, and film thickness
  • Good compatibility with substrate, printing resistor, cross-over glass, and over-coat glass
  • Good TCA and LTAA with 2% Ag solder and 10Sn/90Pb solder
  • Standard conductor for Micromax resistor Series 00X0
  • Screen: 200–325 mesh stainless steel

Primary Applications

  • Automotive hybrid circuits — Pt/Ag conductor for high-reliability automotive builds
  • Hybrid microcircuits — conductor layer in thick film hybrid assemblies
  • Silver hybrid Ag conductors — per TDS application field
  • Thick film resistor systems — standard conductor for Micromax resistor Series 00X0

Full Technical Specifications

Property Typical Value TDS Reference
Product Type Pt/Ag thick film conductor paste TDS: Pt/Ag Conductor Paste for Hybrid Circuit
Application Silver hybrid Ag conductors TDS: Silver hybrid Ag conductors
Solvent or Thinner Micromax 4553 TDS: Micromax 4553
Viscosity 150 to 250 Pa.s TDS: Brookfield HBT, 10 rpm, 25°C±1°C
Mask Mesh 200 to 325 TDS: 200 to 325
Drying Time 10 minutes TDS: 10 min
Drying Temperature 150 °C TDS: 150 °C
Recommended Film Thickness 10 to 14 μm TDS: 10 to 14 μm
Leveling Time 5 to 10 minutes TDS: 5 to 10 min
Resistivity ≤ 2 mΩ/sq TDS: ≤ 2 mOhm per square
Substrate Compatibility 96% alumina TDS: 96% alumina
Firing Profile 30-minute profile, peak 850°C for 10 minutes; 60-minute profile also acceptable TDS: 30 min profile, peak 850°C, 10 min
Fine Line ~125 μm TDS: ~125
Soldering 4.4 mm solder-ball spread at 230°C, 62Sn/36Pb/2Ag, 30 sec TDS: 4.4 (mm)
Solder Leach Resistance 4 minutes dipping at 220°C, 62Sn/36Pb/2Ag TDS: 4 minutes
Thermal Cycled Adhesion No conductor crack after 2,000 cycles (−40°C to +125°C) and 3,000 hrs at 150°C TDS: Product benefits
Wire Bondability Good TDS: Product benefits
Compatible Resistor Series Micromax resistor Series 00X0 TDS: Standard conductor for Micromax resistor Series 00X0
Solder Compatibility 2% Ag solder and 10Sn/90Pb solder TDS: Product benefits
Shelf Life 6 months TDS: 6 months
Storage Temperature 5 – 30 °C TDS: 5°C – 30°C

Note: All listed values are typical and may vary by batch. Values based on MacDermid Alpha official TDS. Independent qualification testing is required prior to production use.

Recommended Processing Conditions

Parameter Recommended Value TDS Reference
Mixing Prior to Use Mix well before printing to redisperse solids TDS: Please mix well before printing
Screen Mesh 200–325 mesh stainless steel TDS: 200-325 mesh stainless steel
Recommended Film Thickness 10–14 μm TDS: 10 to 14 μm
Leveling 5–10 minutes at room temperature TDS: 5-10 min
Drying 150°C for 10 minutes TDS: 150°C for 10 min
Firing 30-minute profile, peak 850°C for 10 minutes; 60-minute profile also acceptable TDS: 30 min profile, peak 850°C, 10 min
Thinner Micromax 4553 TDS: Micromax 4553
Substrates 96% alumina; other compositions and manufacturers may vary TDS: 96% alumina

Handling and Storage Recommendations

Storage Rules Store tightly sealed in a clean, stable environment at 5-30°C. TDS: 5°C – 30°C
Shelf Life 6 months in unopened containers from date of shipment. TDS: 6 months
Pre-use Preparation Thoroughly mix prior to use. Some settling of solids may occur during storage. TDS: thoroughly mix
Transportation Under normal shipping conditions, no temperature control is expected. For extended transport periods, confirm product suitability. TDS: normal shipping conditions

Official Technical Documentation

Document Type Document Introduction Document Request
TDS MacDermid Alpha Micromax 5164N original factory technical data sheet Request TDS
COA Batch-specific certificate of analysis Request COA
SDS Safety Data Sheet for handling and storage Request SDS

Frequently Asked Questions

Why is 5164N suited to automotive hybrid circuits?

The TDS states 5164N was developed for automotive use. It shows no conductor cracks after 2,000 cycles from −40°C to +125°C and after 3,000 hours at 150°C aging, which supports long-term reliability in underhood and body electronics.

How wide is the 5164N process window?

The TDS describes it as insensitive to firing temperature, firing period, firing times, and film thickness. Both 30-minute and 60-minute firing profiles are acceptable, which reduces sensitivity to furnace variation.

What solders can be used with 5164N?

The TDS reports good TCA and LTAA with both 2% Ag solder and 10Sn/90Pb solder. The solder-ball spread test uses 62Sn/36Pb/2Ag at 230°C for 30 seconds, giving a 4.4 mm spread.

How well does 5164N resist solder leaching?

Solder leach resistance is 4 minutes dipping in 62Sn/36Pb/2Ag solder at 220°C, measured to a 2 mm line.

Can 5164N be wire bonded?

Yes. The TDS lists good wire bondability as a product benefit, with properties measured on 2.2 mm pads using a 0.8 mm wire peeling test.

Is 5164N compatible with Micromax resistor systems?

Yes. The TDS lists 5164N as the standard conductor for the Micromax resistor Series 00X0, and also notes good compatibility with printing resistor, cross-over glass, and over-coat glass.

What thinner should be used with 5164N?

Micromax 4553 is the listed solvent or thinner. Using the recommended thinner helps keep viscosity and print behavior consistent with the TDS values.

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We supply authentic MacDermid Alpha Micromax 5164N Pt/Ag conductor paste for hybrid circuit and automotive programs. Contact our team for bulk quotations, sample availability, technical documentation, and application support.

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Disclaimer: All technical data on this page are for general guidance only and are not product specifications. Buyers must carry out independent trials and verify suitability before bulk ordering. Actual values may vary between production lots.

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