★ Rigid PCB Capacity ★

Items	Mass	Prototypes
Max. Panel Size	600*1120mm(23.6″*44″)	650*1500mm(25.5″*59″)
Max.Board Thickness	8.5mm	10mm
Min. Board Thickness	2L: 0.3mm	2L: 0.2mm
	4L: 0.4mm	4L: 0.3mm
	6L: 0.8mm	6L: 0.6mm
Min Inner Layer Clearance	3mil	3mil
Min Line width	3/3 mil	3/3 mil
Min Line space	3/3 mil	3/3 mil
Min. Hole Size	0.15mm	0.1mm
Min plated hole thickness	20um	25um
Min Blind/Buried hole size	0.1mm	0.1mm(1-18layers)
PTH Via. Tolerance	±0.076mm(±3mil)	±0.05mm(±2mil)
Non-PTH Via. Tolerance	±0.05mm(±2mil)	±0.05mm(±2mil)
Hole Position Deviation	±0.076mm(±2mil)	±0.05mm(±2mil)
Heavy Copper	6OZ/210μm	12OZ/420μm
Min S/M Pitch	0.1mm (4mil)	0.1mm (4mil)
Soldermask color	Green, Black, Blue, White, Yellow, Red	Green, Black, Blue, White, Yellow, Red
Silkscreen color	White, Yellow, Red, Black	White, Yellow, Red, Black
Outline	Routing, V-Groove, Beveling punch	Routing, V-Groove, Beveling punch
Outline Tolerance	±0.13mm ±5mil	±0.10mm (±4mil)
Peelable mask	Top, bottom, Top&bottom	Top, bottom, Top&bottom
Controlled Impedance	+/-10%	+/-5%
Insulation Resistance	1×1012Ω(Normal)	1×1012Ω(Normal)
Through Hole Resistance	<300Ω(Normal)	<300Ω(Normal)
Thermal Shock	3×10sec@288℃	3×10sec@288℃
Warp and Twist	≤0.7%	≤0.5%
Electric Strength	>1.3KV/mm	>1.4KV/mm
Peel Strength	1.4N/mm	1.4N/mm
Solder Mask Abrasion	>6H	>6H
Flammability	94V-0	94V-0
Test Voltage	50-330V	50-330V

100% board correct and testing quality control guarantee Compliance of their actual characteristics with those stated in the customer’s documentation

★ Rigid PCB We Can manufacture ★

✔ RoHS Compliant Options

✔ High-Density Interconnect Options

✔ High-Speed Digital Options

✔ High-Frequency RF Options

✔ High-Temperature Options

★ Advanced Rigid PCB Manufacturing Options ★

✔ Blind Vias, Buried Vias & Microvias

✔ Via In Pad

✔ Via tented/covered with resin, Via plugged/filled with resin

✔ Press fit hole, Countersink/counterbore hole, Half-cut/Castellated hole

✔ Gold fingers

✔ Peelable solder mask

✔ Edge plating

✔ Carbon Mask

✔ Kapton tape

✔ Impedance control

★ Surface Finish Options ★

✔ HASL - Hot Air Solder Leveling

✔ Lead-Free HASL - RoHS

✔ ENIG - Electroless Nickle/Immersion Gold - RoHS

✔ ENEPIG - Electroless Nickel Electroless Palladium Immersion Gold - RoHS

✔ Immersion Silver - RoHS

✔ Immersion Tin - RoHS

✔ OSP - Organic Solderability Preservatives - RoHS

★ Rigid PCB Material ★

FR-4, Kingboard, Nanya, Shengyi, Rogers, Isola, ITEQ, Ventec, Arlon

★ FAQ ★

Q: What is a rigid PCB?

A: Rigid PCB is a solid, rigid printed circuit board. We all understand that a PCB may be Single Sided PCB, Double Sided PCB, or Multilayer PCB. It is a Board that we can’t bend or pressure out of form.

Moreover, once a Rigid Circuit Board is synthetic it can’t be changed or folded into any other form. It is fabricated from strong substrate fabric, which could efficiently save you the distortion of the circuit board. They may be something from easy one-layer PCBs to 8 or ten-layer multi-layer PCBs.

Q: What is the composition of rigid PCB?

A: Rigid PCB has various layers which join collectively by the use of adhesive and warmness, offering a strong form to board fabric. Here are the layers to make this type of PCB.

• Substrate Layer

The substrate layer, additionally referred base fabric, is fabricated from fiberglass. The FR4, in general, is fruitful as a substrate fabric which is a maximum not unusual place fiberglass that offers pressure and stiffness to the board. Moreover, they are not much expensive.

• Copper Layer

On the pinnacle of the substrate layer, there is living a copper foil that needs lamination at the board with the assistance of delivered quantity warmness and adhesive.

Q: Where are rigid PCBs used?

A: However, as soon as made, rigid PCB can’t be changed or changed. Rigid PCBs have utilization in GPS equipment, pc, laptops, capsules, cell phones, X-rays, coronary heart monitors, CAT scans, MRI systems, temperature sensors, manipulation tower instrumentation, etc.

✔ Computers and Laptops

✔ Telecommunications Equipment – Mobile Phones, Tablets, and different Hand Help Devices

✔ File server and Data storage

✔ Signal transmission, cell, smartphone repeaters, GPS

✔ Satellite

✔ Medical Equipment: Testing, X-Ray, Heart Monitor, CAT Scan

✔ Industrial Equipment

✔ Atomic and Nuclear Systems

✔ Military and Defense Equipment

✔ Automotive

✔ Aerospace

Q: Benefits of rigid PCB?

A: Firstly, these boards are cheaper in comparison to bendy PCBs.

Secondly, these are more long-lasting than bendy Circuit Boards.

Thirdly, they have high quality and high density.

Fourthly, these PCBs are widely useful in lots of digital gadgets.

Fifthly, they have more demand and supply due to their excessive use.