36.6 Inch Custom TFT LCD Module for Specialized Equipment

36.6" Custom TFT LCD Module for Specialized Equipment

Technical & Commercial Overview for Overseas Engineers / Procurement Managers / Project Leads

Model: P366IVN01.1 | Product Page: https://www.hitulcd.com/stretched-bar-display/36.6-inch-custom-tft-lcd-module-for-specialized-equipment.html

1. Product Overview

This is a 36.6" Native Stretched Bar TFT LCD module, engineered for ultra-wide, non-standard display applications such as self-service kiosks, industrial control panels, bus/rail passenger information displays, and retail shelf-edge screens.

Key point: This is a Native Stretched Bar panel — NOT a cut panel.
The circuit layout (Gate/Source routing) and TFT array are designed from the mask stage to match the final panel dimensions. There is no structural risk introduced by post-cutting processes — no edge sealing gaps, no light leakage, no crack propagation risk — making it well suited for applications where reliability is critical.

2. Answers to Common Buyer Questions

The following addresses the typical technical due-diligence questions engineers raise when evaluating custom-cut or non-standard display projects.

2.1 Process & Feasibility Assessment

Cutting method & circuit clearance
This SKU (P366IVN01.1) is a native stretched-bar design — the Gate/Source routing is laid out at the mask stage to match the final 36.6" dimensions. As such, questions around "does the cut line interfere with the TFT array" simply don't apply to this product.

For projects that genuinely require cutting a standard-size panel down to a custom bar shape, HITULCD's engineering team also supports this type of custom-cutting evaluation:

• Cutting method is selected based on your tolerance requirements: mechanical wheel cutting for standard tolerances (±0.5mm or looser); ultrafast laser cutting (picosecond/femtosecond) for tight tolerances (±0.1mm or better) to minimize micro-crack risk.

• Documentation needed for feasibility review: original panel datasheet, cut-line layout drawing, coordinates of the active area and routing zones, and final dimensional tolerance requirements.

• Our engineering team cross-checks the proposed cut line against the original circuit diagram to confirm it clears the Gate/Source driver and array active area, and issues a feasibility report.

Edge finishing standard
Cut edges are ground and chamfered to control flatness and reduce micro-crack propagation risk, in line with standard industrial tolerances. Detailed inspection criteria can be provided alongside engineering drawings once an NDA is in place.

2.2 Reliability & Edge Sealing

Sealing process

• Native bar panels: sealing is validated at the design stage as part of standard module assembly — no secondary sealing step is required.

• Custom-cut panels: cut edges undergo UV dispensing plus secondary edge encapsulation to prevent moisture ingress and liquid leakage. The adhesive type is matched to your operating environment (temperature, humidity, ingress protection requirements).

Reliability testing
Backed by our CE / FCC / RoHS certification framework, our products support industrial-grade reliability testing, including:

• Double 85 (85°C/85%RH) high-temp, high-humidity testing

• High/low temperature thermal shock cycling

• Structural drop testing

• Extended burn-in testing

For custom-cut projects, benchmark environmental test data from comparable past cutting projects can be shared under NDA.

Optical performance
Because native bar panels involve no cutting, there is no light leakage or Mura/color shift risk at the edges by design. For custom-cut projects, we run dedicated edge-area inspection for light leakage and Mura during the sampling phase, and adjust the sealing and backlight light-shielding structure based on results.

2.3 Cost, Yield & Lead Time

3. Supplier Verification

4. Trade Terms

• Incoterms: EXW / FOB / CIF available

• Payment methods: T/T (standard for bulk orders), L/C (for large-volume orders), PayPal (buyer-protected, for samples), O/A (credit terms for long-term partners)

• Sample policy: Samples available for validation prior to bulk order

5. Recommended Next Steps

For projects involving cutting or non-standard shaping, please provide the following to speed up feasibility review:

1. Original panel datasheet or spec sheet

2. Cut-line / shaping area drawing with tolerance requirements

3. Operating environment parameters (temperature, humidity, vibration, indoor/outdoor)

4. Expected production volume and target price range

For a project-specific feasibility report, sample quotation, or environmental test data, please reach out to the HITULCD engineering team.

Contact: chenhua@hitulcd.com | +86 186 8232 8732