Why This TV Wall Bracket Holds Flat Without Shim Kits This TV Wall Bracket is a single-piece metal stamping formed from cold-rolled steel SPCC or stainless SUS304, not a welded assembly. The result:
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Why This TV Wall Bracket Holds Flat Without Shim Kits This TV Wall Bracket is a single-piece metal stamping formed from cold-rolled steel SPCC or stainless SUS304, not a welded assembly. The result:
This TV Wall Bracket is a single-piece metal stamping formed from cold-rolled steel SPCC or stainless SUS304, not a welded assembly. The result: flatness within 0.1 mm across the mounting plate and parallel faces held to ±0.05 mm, so the bracket sits flush against drywall or concrete without shims. The stamping die leaves a clean shear edge, and we deburr every hole to 0.2 mm max edge radius—no sharp burrs that cut mounting cables. Typical production lead time is 12 days after die approval, and hardness on hardened variants reaches 45 HRC for load-bearing arms. This is precision manufacturing made in China, engineered for flat-panel TVs from 32 to 85 inches.
We run three standard materials for this TV Wall Bracket: SPCC (cold-rolled steel) for indoor use, SECC (electro-galvanized) for humidity resistance, and SUS304 stainless for coastal or outdoor installations. Sheet thickness ranges from 1.2 mm to 3.0 mm, chosen by TV weight class. Surface finish is bright-annealed on stainless, or zinc-plated with clear passivation on steel—average Ra 1.6 µm on visible faces, Ra 0.8 µm on load-bearing surfaces. If you need powder coating, we apply 60 µm epoxy polyester, tested for 500 hours salt spray per ASTM B117.
The VESA hole pattern (100x100 to 600x400) is punched in a single die strike, not drilled. This keeps hole-to-hole pitch within ±0.05 mm, so screws align with TV inserts every time. Our progressive die runs at 40 strokes per minute, and we replace the punch after 300,000 hits to hold edge quality. If you need a custom VESA pattern, we modify the die insert—tooling changes cost from $800 and take 7 days. For a detailed breakdown of what affects stamping accuracy, see our CNC machining tolerances guide—the same principles apply to press tooling.
We form the vertical arm with a 90° bend and a reinforcing rib, increasing section modulus by 30% compared to a flat strip. For 1.5 mm SPCC, the bracket holds 50 kg static load with 2.5x safety factor. For heavy 85-inch TVs, we use 2.5 mm SECC with a hardened pivot pin—surface hardness 45 HRC, core 35 HRC—so the tilt mechanism does not wear after 10,000 cycles. We test every batch to 1.5x rated load for 1 hour before packing. This TV Wall Bracket is not a generic stamping; it is a fatigue-tested component.
Each lot of 500 brackets is inspected on a CMM (coordinate measuring machine) for flatness, hole pitch, and bend angle—we report actual values, not just pass/fail. In addition, we run a 100% visual check for burrs, scratches, and plating holidays. Every bracket gets a go/no-go gauge test on the VESA holes and the latch slot. We keep this QC log for 3 years, and you can request a copy with your shipment. If you are choosing between stamping and machining, read our CNC cutting tool selection guide—it explains why dies last longer than cutters for high-volume parts.
Brackets are packed in corrugated boxes with foam inserts, 20 pieces per box, then palletized with stretch wrap. Each box is marked with part number, lot code, and quantity. For orders under 500 pieces, we use standard export cartons; for larger orders, we add wooden pallets with ISPM-15 heat treatment. Sea freight from Shenzhen to Los Angeles takes 18 days; air freight takes 5 days. We ship DDP or EXW, and we provide a packing list and CO (certificate of origin) with every order.
If you send a drawing with sharp inner corners or deep draws, we will recommend changes—radius of 1.5x material thickness, draft angles, and slot widths that match our die. These modifications reduce tool wear and scrap, and we do this review free within 24 hours of receiving your file. We do not charge for DFM feedback, and we keep your design confidential under NDA. For low-volume prototypes, we use wire EDM to make a soft die, then switch to hard tooling once you approve.
| Specification | Value / Range |
|---|---|
| Material | SPCC, SECC, SUS304 (thickness 1.2–3.0 mm) |
| VESA hole pattern | 100x100 to 600x400 mm (custom on request) |
| Hole-to-hole pitch tolerance | ±0.05 mm |
| Flatness (mounting plate) | 0.1 mm max |
| Bend angle tolerance | ±0.5° |
| Surface finish (steel) | Ra 1.6 µm; Ra 0.8 µm on load-bearing faces |
| Hardness (hardened pivot) | 45 HRC surface, 35 HRC core |
| Static load rating | 50 kg (2.5x safety factor) |
| Lead time (after die approval) | 12 days for 1,000 pcs |
| MOQ | No MOQ—start from 1 piece |
No MOQ—we accept orders from 1 piece for prototyping, with per-unit pricing that drops at 500, 1,000, and 5,000 pieces.
Yes, we modify the die insert for custom hole patterns and arm lengths—tooling changes cost from $800 and take 7 days, with free DFM feedback before you commit.
We use CMM inspection on every lot of 500, 100% visual checks, and go/no-go gauges on all critical holes—plus we keep QC logs for 3 years and share them on request.
12 days after die approval for 1,000 pieces, including stamping, deburring, plating, and packing—air freight to the US takes 5 additional days.
Send your drawing for a firm quote within 12 hours—no MOQ, precision manufacturing made in China. Email sc@bquq.com or WhatsApp +86 13713157787. We reply in English, with DFM comments and a per-unit price table.
| Parameter | Capability |
|---|---|
| Materials | SPCC, SGCC, SUS301/304/316, brass, copper, beryllium copper, phosphor bronze |
| Process | Progressive die stamping, fine blanking, deep drawing, bending, tapping |
| Tolerance | ±0.01mm standard, ±0.005mm on request |
| Surface | Zinc plating, nickel, tin, gold, powder coating, passivation, anodizing |
| Die Size | Up to 1200 x 800 mm, 16-250 ton presses |
| Thickness | 0.05 - 6.0 mm sheet metal, wire 0.1 - 8.0 mm |
| Prototype | 7-15 days tooling, no MOQ on samples |
| Inspection | Full report per batch, CMM and optical measurement |
