This heavy‑duty tripod turnstile differs from standard models, with every critical part built in stainless steel. Unlike competitors that use aluminium for the rotating disc and hub, our core rotating assembly is 100% stainless steel. It withstands heavy impacts and strong compression loads, offering outstanding wear and corrosion resistance for reliable long‑term use in both indoor lobbies and exposed outdoor access points.
Practical Application :
High-end office buildings / Commercial districts / Airports / Banks / Production line entrances/exits / Universities & primary/middle schools / Office entrances/exitsItem No :
NC-TL26-H058Material :
Stailess steelSize :
Standerd: Housing Wide180mm / Housing Length customized / Arm Length500mmMotor :
Semi auto Full auto Servo motoPass Width :
≥ 55MM or customizedWorking Temperature :
40℃ ~ 70℃Weight :
About 70kg per module or customized
100% Stainless Steel Rotating Assembly Tripod Trunstles
Heavy‑Duty Tripod Turnstile – Impact Resistant, Non‑Deforming
Built entirely from premium stainless steel, this heavy‑duty tripod turnstile is engineered for tough outdoor environments. Its robust rotating assembly withstands heavy impacts and extreme compression without bending or permanent deformation. With excellent rust and corrosion protection, it reliably handles rain, humidity and wide temperature changes. Paired with a precision servo motor, it delivers smooth, stable operation for high‑traffic access control.

Rotating Disc and Hub Assembly: Stainless Steel versus Aluminium
Under heavy impact, thin‑section aluminium castings become vulnerable. Their brittle nature means they may develop cracks or suffer complete failure when subjected to sudden shock. By comparison, our solid stainless steel rotating assembly maintains its structural integrity, resisting permanent deformation and fracture.
Stainless steel also delivers reliable protection against corrosion. We offer two standard grades: 304 for most general indoor and external installations, and 316 — the premium marine grade — which provides excellent protection against salt spray for coastal sites. Whilst aluminium does not “rust”, it is prone to unsightly pitting and white corrosion deposits in salty, humid environments, which can gradually compromise component performance.

Custom Surface Treatment for Bright Stainless Steel
Many operators favour the familiar dark magnetite finish found on standard rotating assemblies, as the polished bright stainless surface readily shows fingerprint marking and smudges. If this reflective, easily marred appearance is not desired, we offer bespoke surface treatment. On request, our stainless steel disc and hub assembly undergoes black passivation to deliver a uniform, dark magnetite finish. This treatment retains the full structural strength, impact resistance and corrosion protection, while reducing visible fingerprint marking and matching the traditional aesthetic for turnstile hardware.

Packaging & Shipping
To ensure safe global delivery, we provide professional bulk packing. Equipment is carefully film-wrapped, carton-packed, and tightly secured inside a sturdy wooden case.
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Wrap the finished gate with protective film. |
Pack the wrapped gate into a thick carton box. |
Pack the gate into a standard wooden crate for international shipping. |
Finally, close the lid to complete the packaging. |
Frequently Asked Questions (FAQ)
Q1: Are there truly all‑stainless‑steel tripod turnstiles on the market, and why are they so rarely seen?
A: Yes, They do exist. The main reason they are uncommon is the high tooling cost for the rotating disc and hub. The design must maintain full interchangeability with standard tripod turnstile assemblies. This demands careful engineering, prototyping and rigorous performance validation. Due to this complex manufacturing workflow, only a limited number of fabricators possess the capability to produce these dedicated stainless‑steel moulds, which is why such complete stainless‑steel rotating assemblies remain scarce within the access‑control industry.
Q2: Why the Stainless Steel Rotating Assembly Commands a Higher Price?
A:Indeed it does. Stainless steel raw material is inherently more costly than aluminium. Added to this are the substantial outlays for tooling, detailed design work and rigorous pre‑production testing, all of which present greater engineering challenges. By contrast, aluminium assemblies are mass‑produced in very large volumes; the economies of scale bring the unit price considerably down. For standard applications, an aluminium rotor is usually sufficient. Where premium finishes, heavy impact resistance or demanding corrosive environments are required, the stainless‑steel version becomes the preferred choice.
Q3: How We Developed This Stainless Steel Rotating Assembly
A: This assembly was developed in direct response to a client’s real‑world requirement. When commissioning this costly tooling package, the customer held exceptionally high expectations for quality. To deliver such a demanding custom build, a proficient technical team and proven manufacturing experience are essential, alongside a sufficient order volume. Through precision machining and multiple rounds of validation, we successfully met the client’s rigorous specifications — clear evidence of our capability to undertake complex, custom‑fabricated components for turnstile access control systems.
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