New Equipment | Fabrication Services
Base Material: FR4 Layer count: 4 layer Board thickness: 1.6mm Copper Thickness:1 oz Surface finish: nickel gold plating Soldermask Colors: Green Size:159.25*182/1up
We manufacture and distribute a complete line of resinoid,metal sintered, and nickel bond diamond dicing blades. Resinoid blades: used on Glass, Ceramic, Sapphire and Quartz. Nickel bond: used to cut Silicon and III-V materials. Metal Sintered stress
New Equipment | Solder Paste Stencils
NiEX™ electroformed stencils use the same proprietary process as our market leading AMTX™ stencils. The NiEX™ stencil has a higher Knoop Hardness (HK) than our standard AMTX product for those very thin less than .003 applications such as wafer bumpin
Reel-to-reel plating; Wire bondable Gold, Silver, Copper, Nickel,...
Copper, Nickel, Silver and Graphite coatings applied to plastic enclosures
Double-Sided & Multi-Layer PCB Material: - FR-4 / Hi-Temp FR-4 / FR-5 / G10 / BT / Polyimide - Very Thin PCB: 0.004" 2L ~ 0.030" 8L - Thick Copper: 1/4 oz. ~ 11 oz. Process: - PTH - Blind/Buried/Segmented Via - Sequential Lamination - MicroVia Capa
New Equipment | Assembly Services
• Material: neodymium iron boron • Properties: high coercive force, the maximum working temperature is up to 200°C • Grades: N35 to N52, 33M to 48M, 33H to 48H, 30SH to 45SH, 30UH to 38UH and 30EH to 35EH • Shapes and size: disc, block, ring and s
New Equipment | Assembly Services
Epec Engineered Technologies is a full service custom battery pack manufacturer, with extensive experience with Lithium ion, Lithium polymer, Nickel metal hydride, Nickel cadmium, lithium primary and alkaline battery packs and assemblies. We are a
Standard: ASTM B338, ASTM B337, ASTM B861 Grade: Gr1 Gr2 Gr3 Gr5 Gr6 Gr7 Gr9 etc. Size(mm): OD 1.5~420 WT 0.3~16 Length 18000 Titanium alloy at high temperature has excellent elasticity, widely used i
Nedox coatings are created by the controlled infusion of various polymers within a proprietary nickel alloy plating. Subsequent controlled treatment cycles assure thorough infusion of the surface with polymer material and concurrently increase the ha
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