What capacity (TPD) paper machine do I need for my paper grade?

Start from grade and market, not tonnage. A testliner start-up often fits a 30–80 TPD line at 2,500–3,500 mm trim; a growing kraftliner mill fits 100–300 TPD; tissue start-ups usually begin at 5–20 TPD on a cylinder-mould line. Our grade-to-configuration table maps your target grade and basis weight to a machine class.

What is the difference between a Fourdrinier and a cylinder-mould machine?

A Fourdrinier forms the sheet on a flat, moving wire and suits higher speeds and wider webs, the workhorse for kraft, testliner and board. A cylinder-mould machine forms on rotating cylinders, running slower but handling variable furnish and multi-ply builds more forgivingly, common on smaller tissue and specialty lines.

Kraft, corrugated and tissue machines — how do they differ?

They share the same section chain but are tuned differently: kraft/testliner lines prioritise strength and drying for 60–350 gsm packaging; corrugating-medium lines optimise the forming and press for 80–180 gsm fluting on high-OCC furnish; tissue machines add a Yankee dryer and (often) a crescent former to make 12–40 gsm sheet at high speed.

Paper Machines

Q: How much does an industrial paper machine cost?

There's no single price because a paper machine is built to a grade and capacity, not a catalogue. The main cost drivers are capacity (TPD), grade complexity, trim width, automation level, and the stock-preparation depth your furnish demands, plus whether you buy new, rebuilt, or used. Fibre and energy, not the purchase price, dominate lifetime cost. For a realistic paper mill project cost in India or a neighbouring market, send your grade and capacity and we return a configured quotation.

Q: How does a paper machine work?

The paper making machine process turns dilute pulp into a dry web through a fixed sequence of sections: stock preparation refines and cleans the furnish; the headbox jets it evenly onto the forming wire (a flat Fourdrinier wire or a rotating cylinder mould); the press section removes water mechanically; the steam-heated dryer section evaporates the rest; the calender controls thickness and finish; and the reel winds the parent roll.

Q: What is a Yankee dryer and a crescent former in a tissue machine?

The Yankee dryer is the large steam-heated cylinder that dries and creps tissue in one pass; its diameter (from compact cast-iron up to 6 m+) sets the speed ceiling. A crescent former lays the sheet directly against the Yankee for the highest tissue speeds, whereas a conventional or cylinder-mould former is slower but simpler and more tolerant of variable fibre.

Q: Is used paper machine equipment always more affordable?

Not necessarily. A used or second-hand machine lowers capex and is available immediately, but higher maintenance and a shorter lifespan can erase the saving, used isn't always the cheaper machine. New suits a fresh grade needing warranty and the latest efficiency; a rebuild or targeted upgrade often beats a full replacement when an existing mill just needs more capacity or better quality on the same footprint.

Q: Can Zejiang supply spare parts and installation across India, Pakistan and Bangladesh?

Yes. Installation and commissioning are quoted with the line, and we maintain a spare-parts channel for wear items, forming wire, press felts, dryer fabrics, rolls, doctor blades and screen baskets, so a worn part doesn't turn into a long outage. As paper mill machinery manufacturers in India's key export markets, we plan parts and service with the machine, not after it.

Paper Machines: Kraft, Corrugated & Tissue Paper Machine Lines

A paper machine only earns its place in your mill when it holds grade and runs shift after shift on the furnish you can actually source. Henan Zejiang Paper Machinery builds complete Fourdrinier and cylinder-mould paper machine lines — kraft, testliner, fluting, and tissue — for developing-market mills that need turnkey installation and a spare-parts pathway they can rely on, not just a machine on a container.

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5–1,200 Capacity (TPD)

120–1,200 Speed (m/min)

1,760–7,200 Trim Width (mm)

12–350 Basis Wt (gsm)

New / Rebuilt Supply Modes

Turnkey Install + Spares

The Real Constraints on a Developing-Market Paper Mill

Most paper mill projects in India, Pakistan and Bangladesh don’t fail on machine technology. They struggle on everything around the machine: unstable grid power, load-to-load variation in recovered fibre and OCC, financing, and thin after-sales support. High raw material costs – waste paper, imported pulp, wood chips – plus surplus capacity, volatile raw material, and outdated machinery squeeze any line that can’t hold quality.

A paper machine that ignores those constraints looks impressive on a datasheet and then loses 10-15% of rated output in the plant.

Generated paper mill line with recovered fibre bales and operators inspecting machine sections

Why?

Because a paper machine isn’t one unit – it’s a chain of machine sections (stock preparation, headbox, forming/wire, press section, dryer section, calender, reel) and the weak link on variable furnish is almost always stock preparation and pulping equipment, not the forming table. That’s the reason a line rated at 200 TPD on clean pulp can slip below 150 TPD on 90 gsm testliner made from mixed OCC.

Our lines are engineered to size refining, cleaning and dewatering around the furnish you can actually buy – the whole paper making machine process, from pulping through calendering, built around your grade and fibre reality. Across the pulp and paper industry, that furnish-first discipline separates a line that runs from one that re-threads.

Confirmed Against Your Grade

Unlike a generic “packaging machine” sold on tonnage alone, we confirm against your grade before build. In practice, a testliner producer running 120 gsm at a 3,500 mm trim and a tissue start-up at a 2,800 mm width are two different machines, not one catalogue SKU.

Every line ships only after a Factory Acceptance Test in our own factory, backed by ISO 9001 quality management and years of installation experience across South Asia – the resolution to the trust and lead-time gap that sinks first-time imports.

Factory acceptance tested paper machine configured to customer grade width and furnish

Send your grade, capacity and fibre for a detailed line configuration and estimate →

Kraft, Corrugated & Tissue Paper Machines

Packaging grades are where most emerging-market capacity is added, and they are unforgiving on runnability: a kraft or testliner line has to hold ring-crush and burst at speed while feeding on variable OCC. The problem is real – surplus low-grade capacity plus volatile raw material punishes any line that cannot hold quality, and re-threading after a web break is expensive. Why? Because under-specified stock preparation and drying, driven by fibre swings, is the root cause; the resolution is to configure the Fourdrinier (or multi-wire/gap former), press and dryer section engineered to a specific grade and capacity band, not a generic paper manufacturing unit. Every configuration is verified in-house against ISO 536 grammage targets before it ships.

Kraft & Corrugated Paper Machine

Advanced machinery engineered for high-performance kraft, testliner, and corrugated medium production, maintaining strict runnability and quality standards on virgin or OCC furnish.

View machine specifications ➔

Tissue Paper Machine

Precision-engineered tissue paper making lines designed for optimal softness, bulk, and absorbency, delivering high-speed manufacturing efficiency for hygiene and facial tissue products.

View machine specifications ➔

Inside the forming section

In the forming section, the headbox lays a dilute fiber slurry of cellulose fibres onto a moving fabric — a flat wire on Fourdrinier machines, a twin wire machine on gap formers, or a rotating vat on cylinder units. Table rolls and vacuum boxes drain the wet paper web while orienting fibres in the machine direction that sets strength. This papermaking process step — whether the furnish is virgin pulp or recycled paper — decides sheet formation and the finished paper surface. It is why serious pulp and paper mills, not just the machine manufacturers’ brochures, specify a papermaking machine to grade: getting the paper making process right is what lets a modern paper line produce paper cost-effectively, making paper that holds spec shift after shift.

Engineering note, grammage & grade

Basis weight (grammage) is expressed per ISO 536 and TAPPI T410 as mass per area in g/m². That one number sets forming consistency, press load and dryer demand, which is why grade, not just tonnage, dictates the setup of a repeatable paper making. A machine sized solely by TPD, without grade lock, is the most common cause of a packaging line ending up off-spec.

The table below gives industry-typical configuration bands by grade so you can locate your project before an RFQ. These are class ranges for scoping – your exact build is confirmed against target grade, fibre and speed.

Grade	Basis weight (gsm)	Typical capacity
Kraft Liner	125–350	100–500 TPD
Test Liner	100–250	100–436 TPD
Fluting Medium	80–180	60–300 TPD
Sack Kraft	60–120	50–200 TPD
White-Top Board	140–450	100–800 TPD

This is the selection logic that our application engineers follow when mapping a grade and a capacity to a machine class – a named Paper Machine Capacity-to-Grade Selection guide, not a simple checklist.

Your target	Former	Best-fit class
Testliner 100–150 gsm	Fourdrinier	Small kraft line
Kraftliner 150–250 gsm	Multi-wire	Medium line
Fluting 90–140 gsm	Fourdrinier	Corrugating line
White-top 200–350 gsm	Multi-ply headbox	Board machine

Kraft and corrugated paper machine configuration bands by grade capacity and basis weight

Paper machine decision matrix matching former type to target grade and capacity

Match your grade to a machine class — request a detailed spec sheet →

Tissue Paper Machines, Crescent Former & Cylinder-Mould Lines

Tissue is the one grade where no supplier publishes actual specifications. Buyers are offered “high speed” and a phone number, a significant risk in the estimation of steam and capacity. That is expensive opacity: a tissue paper machine cannot be properly sized without clearly published Yankee dryer diameter, crepe ratio and operating speed. Why is this important? The Yankee sets the speed limit and the steam cost; this is why a 1.5 m compact cylinder line reaches only about 400 m/min, while a 6 m Yankee crescent former reaches up to 1,800 m/min. Our tissue machines are designed to disclose their operational parameters up front and confirm performance with an in-house Factory Acceptance Test before shipment under ISO 9001.

Crescent former tissue paper machine with Yankee dryer built by Zejiang

Crescent Former

Single-layer forming against the Yankee dryer for high-speed facial tissue and toilet paper.

Single cylinder mould tissue paper machine for napkin and toilet paper grades

Single cylinder mould tissue paper machine for napkin and toilet paper production

Cylinder-Mould (Single-Cyl)

Entry and mid-capacity tissue making machine for paper napkin and toilet grades on recovered fibre.

Cylinder mould tissue paper line with stock preparation and converting ready reel

Cylinder mould paper machine tissue line stock preparation and reel

Tissue Line + Converting-Ready Reel

Parent reel feed for downstream napkin making and rewinding.

Configuration	Basis weight (gsm)	Capacity (TPD)	Speed (m/min)	Yankee dryer
Single cylinder-mould	13–40	5–20	up to 400–600	Compact, 1,500–1,830 mm
Crescent former (mid)	13–32	20–60	800–1,300	≥ 3 m
Crescent former (high-speed)	12–28	60–100	1,300–2,000	6 m+ steam / air hood

Crescent former vs. conventional is a real trade-off, not a marketing statement: a crescent former produces the highest tissue speeds, but requires a more significant Yankee and hood investment, whereas a single-cylinder mold machine runs slower, but is much more tolerant of variations in furnish and considerably cheaper to operate for a start-up of 5-20 TPD for a napkin or toilet grade in field applications. While competitors keep their machines’ potential hidden, we select the one machine that will withstand your fiber source and your power supply and verify performance for your intended grade before the build process. Every tissue paper making machine we build — cylinder-mould or crescent former — is scoped for your target tissue production before the tissue paper making line ships.

Get a tissue capacity & steam estimate for your grade

Applications, Cost-Per-Tonne & the Complete Paper Production Line

The buyers of a paper mill invest in certainty - it's the price of lost production time, off-spec reels, and energy over ten years, not the purchase price, which really matters. Since fibre is the dominant operating cost (typically 55-70% of operating costs), and energy the next largest item, a secret 5% drop in quality can be more expensive than any initial saving on cost. Only a complete paper machine that ensures consistent quality and efficient production on the first tonne and every one after is a genuine win in the paper industry.

It’s why we list the whole line - stock preparation, forming, press, dryer, calender, and reel - not just one bit. The battle is between disparate pieces. Instead, a balanced paper production line uses less fiber at the couch, pulls less steam from the dryer, and threads faster after a break. In the field, that’s a difference any operating mill notices daily.

TCO reference · Silver (industry-typical)

Enter your annual capacity (t/year):

t/a

Steam Consumption Optimized dryer section

~1.7–2.0 t

~170k–200k

Electricity Usage Machine study range

301–494 kWh

30.1M–49.4M

Fibre Cost Share Where quality control pays back

55–70%

Dominant Cost

Industry-typical figures (TAPPI PaperCon; Kong 2012, osti.gov; Ghodbanan 2017). Not a Zejiang guarantee — request an application-specific TCO estimate.

Industrial Line vs. Small-Scale Machine vs. Global Premium

Most newcomers feel compelled to “just buy the cheapest small machine now.” This strategy creates limitations on speed, automation, and energy, causing the line to become obsolete in two years, which is an expensive lesson. On the other hand, larger isn't always better. A properly sized line of 100-300 TPD may be a better choice from the perspective of capital efficiency and risk management than simply selecting the fastest machine available. The table below presents real numbers rather than qualitative ratings of “high,” “medium,” or “low” to facilitate an accurate comparison for your project. In production, a kraftliner mill at a 5,500 mm trim and a tissue start-up at a 2,800 mm width are not the same machine — bigger is not always better.

Generated industrial paper machine line with PLC control cabinets for automation and capacity comparison

Small-scale

Industrial

Dimension	Small-scale machine	Zejiang industrial line	Global premium (Voith/Valmet class)
Design speed (m/min)	50–120	200–800	up to 1,200+
Capacity (TPD)	5–30	30–800	300–1,200+
Drive / control	Mechanical, manual	PLC + sectional drive (Siemens/ABB/Delta options)	Full DCS + QCS
Steam use (t steam / t paper)	Often > 2.5	~1.7–2.0 (optimized dryer)	< 1.6
Trim width (mm)	500–2,000	1,760–7,200	up to 10,000
Capital vs. support	Low price, thin support	Competitive price + turnkey install & local spares	Premium price, distant support

Capex, Energy & Support Analysis

These two rows, read together, are interesting. When comparing pure price, it's the import from China that's already the bargain - the real delta was never price, but rather certainty and support. Because a 2.5 t-steam line burns about 1/3 more steam per tonne (machine-energy studies) than an optimized 1.7 t-steam dryer, the honest question shouldn't be "cheap versus costly" but "which supplier has the cheapest solution to absorb the dewatering-to-drying energy differential, and the after-sales shortfall at the capex a new mill can absorb". Unlike a machine shipped on trust, every Zejiang line is engineered to your grade and proven by a Factory Acceptance Test in our own factory under ISO 9001, then run in-house before it leaves, whereas a lesser supplier settles disputes only after the container lands — the resolution to the support gap, confirmed against your numbers.

See how these bands map to your grade — request a custom comparison →

Factory Tour

Advanced Paper Machines & Machinery Manufacturing

STANDARDS

Certifications, Standards & Factory Acceptance

For a novice buyer of Chinese goods, price isn’t the issue - trust is - and if you buy from the wrong source, a catastrophic decision that will cost a lot to unwind, there’s not a great deal you can do. Once stung, smart buyers are beginning to insist on a trip to the factory, a performance test before shipment and a formal, written assurance before paying. But why? Because any line which performs adequately for you at its target grade and production speed has already de-risked more than most; which is precisely why we build our system around precisely those assurances rather than ask you to rely on them. Each of our machines is approved for use in accordance with ISO 9001, CE marked and extensively pre-tested here by commissioning engineers who have seen it all.

ISO 9001

Quality management system

CE

Machinery conformity marking

FAT

Factory Acceptance Test before shipment

ISO 536 / TAPPI T410

Grammage standards referenced in QC

"We would rather run your grade on the machine in our own factory before it ships than argue about spec after it lands. A Factory Acceptance Test on your target basis weight and speed is the cheapest insurance either of us can buy."

— Henan Zejiang Engineering Team, paper machinery design & commissioning

Two assumptions here are costing mills cash. First, that ‘used is always cheaper’ - which is often a bad assumption once maintenance costs and shortened lifespan are calculated, closing the gap by 20-30%. Second, that a mill always needs a new machine: an upgrade of stock preparation, screens and controls can recover more capacity at less cost than a rebuild. The reason is that the real bottleneck is typically the front of the line - fiber quality, not the whole machine. A targeted upgrade usually trumps rip-and-replace for this reason. We engineer all three options and verify each against an honest audit of your line (new, used or rebuilt) before we give you a quote. ISO 9001 precision engineering, plus years of rebuild expertise and USPTO-referenced OCC know-how (US6340407B1), stand behind it. [ Read More ]

01 New Machine Route

02 Rebuilt / Upgrade Route

03 Used / Refurbished Route

04 Capital Requirement & After-Sales

Request a Detailed Quotation →

New Machine Route

Best when: New grade, longevity, warranty, latest efficiency.

Watch-out: Higher capex, longer build.

Rebuilt / Upgrade Route

Best when: Existing mill needs more capacity/quality on the same footprint.

Watch-out: Requires honest audit of the current line.

Used / Refurbished Route

Best when: Immediate availability, tight capex — including a kraft paper machine for sale from stock.

Watch-out: Maintenance & lifespan can erase the saving.

What actually drives your capital requirement

We can’t provide a “sticker price” for the paper machine, because the machine is configured - not cataloged. While a catalog number could mislead you, an accurate quotation depends on: your targeted capacity band (TPD), the complexity of your target grade, trim width, level of automation (manual, PLC/sectional drive or full DCS), how much stock preparation your furnish needs, and whether you’re looking for a new, rebuilt, or used machine.

Your after-sales terms - installation, commissioning and local spare-parts support throughout India, Pakistan, and Bangladesh - will be part of the quote. Submit your target grade, capacity, and fiber to receive a detailed configuration, quotation, and lead time estimate.

Paper Machine Selection Tools

Capacity & Grade Selector

Find the optimal paper machine specifications based on your target capacity, desired paper grade, and production requirements.

Select Capacity

Energy Estimator

Calculate projected steam, power, and water consumption to optimize the operational costs and efficiency of your paper machine.

Estimate Energy

New, Used & Rebuilt Advisor

Evaluate your budget and project timeline to determine whether a new, used, or rebuilt paper machine is the best investment for your mill.

Get Advice

FAQ: Paper Machine Buying Questions