Wuxi

Turbo-Tech Wuxi: choose the compression route before choosing the frame

Separate Ti air/nitrogen, Ra process gas and reciprocating package selections, with clear duty, integration and acceptance boundaries.

Exact original Turbo-Tech mark and Wuxi Tlingte company name

Three compression routes, three different duty sheets

Tlingte Compressor Wuxi operates under the Turbo-Tech brand in the Shuofang industrial area of Wuxi's Xinwu district. The company identifies Wuxi Tlingte Energy Technology as its parent and describes fluid-machinery development and manufacture, energy-system integration and gas-compression solutions.

The portfolio covers centrifugal plant-air equipment, centrifugal process-gas systems, reciprocating packages, high-speed fans and gas-turbine-driven energy systems. Start with the medium and process duty rather than a brand-wide maximum pressure.

Original Turbo-Tech centrifugal-compressor workshop assembly photograph
Original workshop photograph from the manufacturer's case page. The publication date is 11 April 2022; the image's exact model and performance rating are not identified.

Wuxi project development: distinguish plans from operating capacity

  1. March 2025: Xinwu district government reported the start of Tlingte's large energy centrifugal-compressor research and industrialization project. The reported 360 units/sets per year is its planned output after reaching design capacity.
  2. March 2026: Wuxi's official register records environmental-impact approval dated 4 March 2026, reference 锡数环许〔2026〕7038号.

These records corroborate the named Wuxi entity and project. Confirm the actual manufacturing site, production schedule and test facilities for an order; the records do not establish commissioned capacity or delivery availability.

01 · Ti centrifugal route

For air or nitrogen: specify the inlet and operating profile

Original Turbo-Tech Ti centrifugal compressor package photograph, shown complete
Manufacturer's Ti example package. Its exact frame rating and downstream air-treatment scope are not stated by the photograph.
Family flow
1,200–24,000 Nm³/h
Family pressure
0.06–1.60 MPa(G)
Published media
Air and nitrogen

Pressure is explicitly gauge. Agree the normal-volume reference conditions: Nm³/h is not automatically interchangeable with inlet-volume flow or an ISO FAD rating.

The manufacturer describes Ti replacing its earlier Til, Va and Cr ranges, with revised aerodynamics and more modularized, standardized design. The endpoints are a family envelope, not a paired guaranteed selection.

Supply the actual demand

State required pressure, minimum/normal/peak flow, hours, inlet temperature, altitude and humidity. Include demand changes and available cooling rather than asking only for the maximum flow.

Compare the selected package

Request the selected frame, operating map, minimum stable flow, control method and total package input at agreed duty points. The manufacturer's general efficiency-improvement claim does not establish savings at your site.

Define clean-air acceptance

Specify oil, particles and moisture separately. Request evidence for the exact offered model plus the proposed filters, dryer and treatment boundary.

Ti series facts and selection inputs →

02 · Ra centrifugal process route

For process gas: composition comes before a frame selection

Portfolio flow
1,200–600,000 Nm³/h
Portfolio pressure
0.25–40.0 MPa(G)
Applications described
Petrochemical · coal chemical · natural gas · carbon capture

The stated portfolio includes natural gas, olefins, hydrogen, carbon dioxide, carbon monoxide and certain corrosive/reactive gas services. This is not approval for every gas in every configuration.

Obtain gas-specific performance curves and normal-volume reference conditions. The range endpoints do not establish one simultaneously achievable duty.

Original manufacturer render illustrating a Turbo-Tech process-gas compressor package
Original manufacturer render on the Ra page, not an installation photograph. Actual gas duty, rating and supplied auxiliaries must be established by the offered drawings and bill of materials.
Process information to put beside the Ra duty point
Process inputWhat the proposal needs to resolve
Composition and impuritiesMolecular weight, corrosive/reactive constituents, liquid carryover, materials and condensation limits
Suction and operating modesPressure/temperature variations, normal/start-up/upset points, actual stages and driver
Gas containmentSeal design, leakage acceptance, purge/vent routing and hazardous-area equipment
Package interfacesCoolers, lubrication/seal systems, piping, instruments, protection and plant controls
Ra process facts and package boundaries →

03 · Customized reciprocating route

Confirm the actual medium, cylinder and driver combination

Original Turbo-Tech reciprocating catalog assembly photograph, shown without cropping
Assembly photograph associated with the reciprocating catalog page. Its exact gas, frame and operating pressure are not identified.

The existing page is titled reciprocating air compressors, but its technical image also lists gas-field, injection/collection, storage, boosting, LNG/CNG and natural-gas-treatment applications. Make the actual medium explicit.

The manufacturer refers to ISO 13631 and API 618, automatic controls and a design objective of 8,000 operating hours per year. Agree applicable editions, deviations, maintenance and conditions for continuous or unattended operation.

The catalog describes electric-motor, diesel-engine or natural-gas-engine drives, with air- or water-cooling options. Request the proposed arrangement and utility requirements.

How to read the catalog's broad limits
Suction
Above 0.07 MPa; absolute/gauge basis is not specified in the image.
Discharge
Below 70 MPa; this is a portfolio limit, not a selected air-duty rating.
Power
Up to 7,350 kW; choose the actual driver for the offered process and site.

The separate frame chart contains cylinder MAWP, throw counts, speeds and power alternatives. Cylinder MAWP is not guaranteed package operating discharge. Obtain the actual frame/cylinder maker, combination and operating limits rather than treating every chart entry as a Turbo-Tech-manufactured air model.

Define lubrication, packing/leakage, cooling, pulsation/vibration study scope, driver derating, materials, controls and tests. Request foundation loads, lifting drawings and maintenance clearances for the selected assembly.

Reciprocating scope and duty requirements →

Turn a range selection into an inspectable project offer

Performance

Actual model/frame, gas analysis, reference conditions, duty points, maps, driver and package input, guaranteed tests and deviations.

Integration

Arrangement, utility loads, cooling, seals/vents, controls/protection interfaces, foundations, lifting and maintenance access.

Handover

Witness/test records, current compliance documents, manuals, wear-parts schedule, commissioning responsibilities and destination support terms.

Send one clear duty for the route you need

Choose Ti air/nitrogen, Ra process gas or a reciprocating package. Attach inlet/discharge conditions, flow reference, utilities and the proposed test/acceptance requirements.

Prepare the Turbo-Tech duty enquiry →

Questions before a Turbo-Tech selection

Can I compare Ti Nm³/h directly with another supplier's FAD?

First align reference conditions and test definitions. The Ti page states normal volume but does not define all reference conditions. Request a comparable offered performance statement.

Does Ra's 40 MPa range mean the illustrated package delivers that pressure?

No. It is the portfolio upper bound, explicitly gauge. The original render does not identify its gas or rating; obtain a selected package duty and drawings.

Is 360 sets per year confirmed present production capacity?

No. The government project report states planned output after reaching design capacity. The later environmental approval is not evidence of commissioning or present order availability.

Does a standards drafting role certify every machine?

No. The documented record is a standards plan. Agree the offered machine's applicable standard editions, test requirements and current conformity documents separately.

Wuxi

Other works in this cluster

Wuxi

Jufeng

Oil-injected/oil-free screw · Laser-cutting packages

Wuxi

Xiya

Oil-free dry screw · Two-stage PM VSD

Wuxi Xinwu

Atlas Copco

Oil-injected screw · Oil-free screw

Wuxi · Huishan

Guangdong Jufeng

Oil-injected screw assembly (Jufeng / Oudefeng brands)

Specification pages

Specification pages for Turbo-Tech product types

All spec pages
DutyWrite on the RFQ
Compressor for wastewater treatment Most aeration trains want low-pressure blowers. If this RFQ is actually 7–8 bar plant air for valves and instruments, say so — it is a different machine from a maglev blower.
Piston compressor manufacturers in China Piston packages in China run from workshop portables to API-style process recips. Those are not one RFQ. Write pressure stages and whether the air must be oil-free.
Process gas compressor manufacturers in China Process gas is not plant air. Molecular weight, suction pressure, discharge pressure and flow size the machine. A kW from an air catalogue is unused.
Centrifugal compressor manufacturers in China Centrifugal machines are duty-built. A 250 kW “centrifugal compressor China” RFQ without gas, suction and discharge pressure cannot be quoted.

Product information

Information reviewed 2026-10-08. Specifications apply only to the models and conditions stated.

Turbo-Tech: Separate Ti air/nitrogen, Ra process gas and reciprocating package selections, with clear duty, integration and acceptance boundaries.

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