Tg selection
XFPCB reviews Tg selection against your submitted files, quantity and application requirements before confirming the build plan.
Advanced PCB
High Tg PCB Manufacturing for Heat and Reliability Demands
XFPCB manufactures High Tg PCBs for lead-free assembly, automotive electronics, industrial control and other higher temperature applications.
Technical Requirements for High Tg PCB
XFPCB manufactures High Tg PCB for designs that need tighter process control than a standard FR-4 board. Our team checks stackup, via structure, material, solderability and inspection requirements so dense, high-speed or high-reliability boards can move into production smoothly.
For advanced boards, send the stackup, impedance targets, BGA pitch, via requirements, material preference and inspection notes. XFPCB will confirm which details affect yield, cost and lead time before production approval.
Send us the files, quantity, material preferences and inspection requirements that matter to your project. XFPCB will confirm what can be manufactured, what affects cost and what needs approval before production.
Engineering Checks
lead-free reflow compatibility
Clear lead-free reflow compatibility requirements help our team quote accurately, prepare production data and reduce avoidable clarification rounds.
thermal cycling
Our engineers confirm details for thermal cycling early, so your team can approve the order with clear next steps.
material availability
Production notes for material availability stay connected with the project to support repeat orders and future design revisions.
Production Workflow
- Review complex geometry and material requirements.
- Discuss stackup, via structure, impedance or thermal requirements.
- Confirm inspection method and acceptance expectations.
- Produce with controlled communication around any engineering details.
For High Tg PCB, XFPCB combines engineering review, manufacturing preparation, quality inspection and export communication so your purchasing team can move from RFQ to delivery with a clear build plan.
Specification Table
| Project Area | XFPCB Guidance |
|---|---|
| Typical material | Tg 150, Tg 170 or higher depending on the design |
| Best use | Automotive, industrial, power and LED control boards |
| Customer input | Share operating temperature and assembly profile |
Key Terms
- Microvia
- A small laser-drilled via used in HDI routing.
- Controlled impedance
- A trace structure designed to meet a target impedance.
- Via-in-pad
- A via placed in a component pad, often filled and capped.
- Sequential lamination
- Multiple lamination cycles used for advanced via structures.
Related XFPCB Support
High Tg PCB FAQs
What should I send to quote High Tg PCB?
Send Gerber files, NC drill files, board outline, stackup notes, material, copper weight, surface finish, quantity and target lead time. For PCBA or assembly-related work, also send the BOM with manufacturer part numbers, pick-and-place data, assembly drawing, DNP notes and test expectations.
Can XFPCB review the files before production?
Yes. XFPCB can review manufacturability and quotation details before production starts. We check material choices, via structures, component package data, tolerance requirements and inspection requirements before release.
Can XFPCB support both prototype and production orders?
In most cases XFPCB can support both stages. Prototype builds help validate the design, while production planning controls repeatability, documentation, component supply and cost for future orders.
How can I reduce quotation delays?
Provide complete files, expected annual or batch quantity, destination country, special standards, inspection needs and the target schedule. If the design is still changing, tell us which details are fixed and which are under review.
Request a Quote for High Tg PCB
Send your project information to XFPCB and our team will review the key manufacturing or assembly details. A complete RFQ helps us respond with a more accurate quote and a clearer production plan.
- For bare PCB projects, include Gerber, drill, stackup, material, copper, finish, quantity and lead time.
- For PCBA projects, include BOM, pick-and-place file, assembly drawing, test notes and approved alternatives.
- For application-specific projects, share operating environment, reliability expectations and packaging needs.