#Fupower
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00:14
5 minutes ago
Fupower Automotive Parts Company: Precision Cuttings
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00:13
14 minutes ago
Fupower’s premium titanium tube welding services and components are designed for BMW, Nissan, Ford, and General Motors vehicles
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00:13
17 minutes ago
Introducing our latest video on "Muffler cap precision cutting"! Watch as we demonstrate the precision cutting technique used to create high-quality muffler caps. Our cutting process ensures perfect and accurate results every time, making our products stand out in both efficiency and craftsmanship. Click now to see the mastery of precision cutting in action!
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00:45
1 hours ago
Most factories answer a custom color request with a question. Frank answered it with a list.
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00:15
2 hours ago
Welcome to our video on Carparts Precision cutting! In this video, we will showcase the high-quality precision cutting techniques used in our car parts manufacturing process. Our precision cutting ensures accuracy and consistency in each piece, resulting in superior quality products for your vehicle. Watch as we demonstrate the precision and attention to detail that sets our car parts apart from the rest!
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00:07
2 hours ago
FUPower: High-Performance BMW F80 Charge Pipe for Turbocharged Excellence
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00:17
2 hours ago
Welcome to our video on the pipe polishing process! In this detailed product description, we will show you how our polishing techniques can transform your pipes into sparkling, like-new condition. Watch as we demonstrate our expert polishing skills that will leave your pipes looking polished and perfect. Upgrade your pipes with our high-quality polishing services today!
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00:52
2 hours ago
It looks like a submarine. It's actually the single most important machine in this building.
In Vlog 02, Andy and Frank stopped in front of the biggest piece of equipment on the factory floor — the autoclave — and explained, in plain language, what that high-temperature pressure vessel actually does to a sheet of carbon fiber prepreg.
It's the machine that separates real dry carbon from wet layup. And once you understand what happens inside it, the whole price difference between the two stops being a mystery.
In Vlog 02, Andy and Frank stopped in front of the biggest piece of equipment on the factory floor — the autoclave — and explained, in plain language, what that high-temperature pressure vessel actually does to a sheet of carbon fiber prepreg.
It's the machine that separates real dry carbon from wet layup. And once you understand what happens inside it, the whole price difference between the two stops being a mystery.
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03:05
2 hours ago
Before We Open the Door: The Name on the Wall Welcome to the third episode of our factory Vlog series. Today, an overseas customer flew all the way to China to see how we make carbon fiber parts. But before we step inside, let me tell you about the name on the wall. FUPOWER. F-U. POWER. Put it together: Full Power. It's not marketing. It's the standard we set for all four of our factories. Every facility. Every material. Every shift. Full power. No half-measures.
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00:23
2 hours ago
Our 400 kN precision hydraulic press is a high-performance industrial solution specifically designed for the automotive exhaust system manufacturing industry. Capable of delivering consistent, high-pressure forming with micron-level precision control, this equipment serves as a core pillar in our internal production processes. It enables us to manufacture high-quality exhaust components that meet the most stringent performance and durability standards, catering to high-performance vehicles, original equipment manufacturer (OEM) applications, and aftermarket upgrades.
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00:07
2 hours ago
The hybrid M5 has one of the hottest engine bays BMW has ever built. So we moved the intake out of it.
Every intake upgrade starts with the same problem: heat. The 2025+ M5 (G90 sedan / G99 touring) packs a twin-turbo S68 V8, electric drive hardware, cooling systems and electronics into a space that gets brutally hot under load. Air drawn from inside that bay is air that's already lost density — and lost density means lost power.
That's the idea behind Fupower's newly developed titanium front mount intake for the G90/G99: relocate the intake to the front of the car, where airflow is coolest, and build it from titanium — a material that's light, heat-resistant, and doesn't hold onto engine-bay temperature the way plastic and steel do.
Every intake upgrade starts with the same problem: heat. The 2025+ M5 (G90 sedan / G99 touring) packs a twin-turbo S68 V8, electric drive hardware, cooling systems and electronics into a space that gets brutally hot under load. Air drawn from inside that bay is air that's already lost density — and lost density means lost power.
That's the idea behind Fupower's newly developed titanium front mount intake for the G90/G99: relocate the intake to the front of the car, where airflow is coolest, and build it from titanium — a material that's light, heat-resistant, and doesn't hold onto engine-bay temperature the way plastic and steel do.
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00:15
Yesterday 00:56
FUPower Custom Pipe Welding Parts – Precision Engineered for Automotive Excellence
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2 minutes ago
LAS VEGAS, NV — November 4, 2026 — The energy across the Las Vegas Convention Center is at an all-time high as the 2026 SEMA Show enters its second day. FUPOWER, a dedicated manufacturer of high-performance pipes, tubes, and hose solutions, is welcoming global distributors, racing teams, and aftermarket tuners to its custom 20'×40' island exhibit at Booth #24442.
Following an electric opening day, Day 2 has seen heavy foot traffic and in-depth technical discussions around FUPOWER’s comprehensive in-house fabrication and private-label manufacturing capabilities.
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23 hours ago
The SEMA Show opens today at the Las Vegas Convention Center, and FUPOWER is on the floor at Booth 24442 with the parts we actually make: silicone hose, carbon fibre, TIG-welded titanium and stainless, cast and CNC-machined components, and pre-filters. If you are at the show this week, come and put your hands on them.
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23 hours ago
The difference is invisible from the outside — until you measure the inside of the tube
Two bent tubes can look identical on a bench. Same material, same finish, same gentle curve. Put a caliper inside them and the story changes completely. One has held its original cross-section through the bend; the other has flattened on the inner radius, leaving an oval that narrows the path and creates a pocket where turbulence builds. That hidden geometry is the whole reason mandrel bending exists, and it is the first thing experienced buyers ask about when they talk to an exhaust fabricator.
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23 hours ago
How internal fluid pressure turns a straight tube into a shaped component without a weld
Cutting and welding is the oldest way to make a complicated metal shape, and for a lot of work it is still the right answer. But every cut introduces a seam, and every seam is a place where stress concentrates, distortion begins, and leaks eventually find a path. When a part needs to change cross-section, branch, or follow a contour that a bender cannot produce, hydroforming offers another route: shape the tube from the inside using fluid pressure, and arrive at the finished geometry with the material still continuous.
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Yesterday 10:05
Small runs fail for predictable reasons — and every one of them is preventable
There is an assumption in the parts trade that small orders get small attention. It is a fair assumption, because it is often true: the same setup, the same inspection and the same documentation are being spread across very few pieces, so the shortcuts get taken where nobody is looking. A small batch is not inherently lower quality. But it is more sensitive to process discipline, because there is no volume to hide behind. Here is where small runs usually break, and what keeps them honest.
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10-13
Prepreg, vacuum, and controlled heat — the slow process behind composite parts that look and behave consistently
A "dry carbon" panel and a wet-layup panel can leave the mold looking similar and behave nothing alike. One is dense, thin, and uniform, with a finish that comes from the mold surface itself. The other is heavier, richer in resin, and varies across its own surface. The difference is not the fabric — it is everything that happens after the fabric is placed. The autoclave sits at the center of that difference, and it explains why the process is slow, costly, and worth it.
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10-12
Two routes to the same part, with very different economics, tolerances, and design limits
Ask for a complex metal component and you will get two proposals that look nothing alike. One is a casting: a single piece of metal with organic curves, drafted walls, and integral bosses. The other is a fabrication: plate, tube, and machined fittings joined into the same outer envelope. Both can be made. Both can work. But they behave differently in service, cost differently at different volumes, and impose completely different constraints on the designer. Choosing between them is one of the most consequential decisions a parts program makes.
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10-08
Two processes, two philosophies — and why the right choice depends on what the part has to survive
Watch two welders work side by side and the difference is obvious within seconds. One moves slowly and deliberately, adding filler by hand, controlling the arc with a foot or a fingertip, producing a line of stacked ripples that looks almost decorative. The other moves quickly, feeding wire continuously, laying down metal in long, even passes. Both are skilled. Both are producing good welds. But they are solving different problems — and in performance parts, choosing the wrong one shows up later as a crack, a leak, or a joint that never quite matches its neighbor.
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09-30
Why inspection is a chain of decisions, not a final checkpoint
Most factories inspect at the end, because that is where defects are easiest to see. The trouble is that by then the cost is already sunk: the material is consumed, the labor is spent, and the only remaining choices are scrap it or ship it. Real quality control works earlier. At Fupower, checks are distributed across the build so that problems are caught while they are still cheap to fix — and so that the batch you receive carries the same signature as the sample you approved.
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09-29
A buyer's checklist that separates real production capability from a polished sales page
Every supplier website looks competent. Showroom photos, a wall of logos, a list of processes, a claim about quality. The problem is that none of those things tell you whether your part will fit on the first attempt, arrive on schedule, and match the next batch you order six months later. Judging a manufacturer takes different questions — ones about how work is done, not what is offered. Here is what actually matters when you are choosing a partner for performance parts.
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09-23
The middle layer looks convenient on the quote sheet — and expensive everywhere else A trading company can send you a beautiful quote in an hour: competitive price, wide catalog, friendly replies. What that quote does not show is where the answer came from. Ask about a weld procedure and the reply is a copy of a message from somewhere else. Ask for a tolerance and the answer is a range copied from a general specification. Ask what happens if the first batch has a dimensional problem and the conversation slows down. The middle layer is fast at quoting and slow at everything that matters after the purchase order.
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09-22
The development path a performance part actually travels — and why keeping it in-house changes the result
Plenty of suppliers can show you a drawing. Far fewer can show you what happens between that drawing and the box on your doorstep. That middle stretch is where most projects succeed or quietly fail: a bend radius that nobody checked against the chassis, a tool that had to be re-made because the first one was ordered from a description instead of a model, a sample that fit perfectly and a production run that did not. At Fupower, that entire stretch happens inside one organization, and the part is never handed to an outside party to finish.
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Founded in 2009 by Frank Cao, we have 4 specialized manufacturing facilities. Fupower has a total of more than 120 employees, and the total area of the four production facilities, warehouse and office space is 183,067 sq.ft. As of May 2026, our headquarters is in Shanghai, China.
Contact person: Frank
Contact number: 0086-18721636174
Email: sales@fupower.com
WhatsApp: 0086-18721636174
Company address: Room 806, Building 17, 2255 Yueluo Road, Shanghai, China