FLS Column, REFLUX RFC and coarseAIR Is the use of mechanical rotor/fix?

The rotor/fixes of the mechanical floating slot cannot be used for these series. FLS Column uses an external tunic inflatable system; RFC and coarseAIR also have different inflators, channels (inductor), pressures - piped lines or valve parts structures respectively

FLS WEMCO II, nextSTEP, mixedROW and RFC Flotation Equipment

Q: WEMCO II and nextSTEP Is the rotor, dispersor or dent universal?

WEMCO II is a self-suction structure, and nexttSTEP for mandatory inflating structures. Installation position; air path: rotor/deceler or fixed profile - different substrate & accessories gap are required to be confirmed by the complete series of slot volume (Series number), drawing numbers as well with drawings

FLS WEMCO II Self-suction floating slot official full map; the rotor is located on top of a sink, wet Construction and nextSTEP Different.

FLS nextSTEP The official diagram of the forced inflatable floating slot; a rotor/fix is located at bottom and supplied by an external blower system.

FLS REFLUX RFC2000 Official full-frame diagrams; its inflating, tilted channel and pressure Construction Cannot be fitted with mechanical floating slots spare parts.

OEM Equipment Details

Equipment Series APPLICABLE parts and materials Completed on a page

FLS Floating product lines contain a variety of completely different structures. This page retains only the current series, open size range and core wet end parts for Spare Part Identification requirements; transmission portion selection (S) material screening / drawing number check-up as well ASRFQ entry to clarify each part' scope application

7 Current Series / Specifications line

7 Wet stalk wear parts Entrance

4 Core spare parts Entrance

8 Original Factory Information Entry

Current Series and Key dimensions

First Judge Construction, and again judging parts

Open size is only used Identification Product scope; actual spare parts We have to go back into completeness. Series, and the volume of condensation. serial number, drawing number, P & ID, general arrangement drawing and current Drawing Revision.

Series / Model	Construction	Open Scope	spare parts Key identification details
WEMCO II	Self-suction mechanical float	WEMCO II Square grooves, WEMCO II RT Rounds, WEMCO II Inert Gas	Transformers, dispersors and decentralizers masking the false bottom of a duct/stewing tube Power Transmission Total: Three Construction Converged by the installed archives
nextSTEP	Forced inflatable mechanical float selection	rectangle slot effective volume – m; Round slots effective volume – m ³ (1.7; 2.8; 5; 600)	nextSTEP Transformers/Candles, Cedes Bottom Plate, the rotor-drive shafts BHSA, belt wheels and foams & liquid level control parts
mixedROW	nextSTEP and WEMCO Combination Process	Adaptable – m Loading (5; 660)	The same row is in two mechanical Construction.Differences must be made by specific slot WEMCO and nextSTEP Wet end-piece
FLS Column	Category: Pillar float selection	Cross-sectional area – m. Operating volume – m ³ (0.79; 28.27; 2.5; 472.5)	External Wenchurian inflatable system, circulating pumping machine and sprayer; no mechanical rotor/fix
RFC300 / RFC500	REFLUX Flotation Cell	Diameter 300 / 500 mm; Total inlet pulp 5 – 13 / 14 – 35 m ³/ h	Pre- Contact inflatables, tilting channels and effluent water. Pressure chamber Valve parts; not used WEMCO/nextSTEP parts
RFC Series	REFLUX Flotation Cell	Open selectors are listed RFC300, 500, 850, 1400, 1750, 2000, 2350, 2750, 3000, 3600	Specific Item Dimensions, traffic and spare parts s complete model, serial number, P & ID and Drawing Revision Confirmation
coarseAIR	Flow of coarse particles	cA-100 (test-level) cA-850 (industrial level), open diameter 100 / 850 mm	No traditional internal mechanical rotors; spare parts Focus on inflating, ductping and Valve parts, slots and modules Interfaces

RFC300 / RFC500 The traffic is FLS The current page is publicly available; other RFC model and all Item Configuration Manufacturing The previous data are matched by the current original factory information and installation drawings.

Wear Parts

s WEMCO, nextSTEP Differences between wet end parts and slot location

Transformers, dispersors/fixes and hooded bodies can not be interchanged only by Chinese name; each card first indicates the applicable structure to connect unified parts pages with materials.

Rotor / Impeller

Applicable Configuration: WEMCO II / nextSTEP / mixedROW Relatively trough

WEMCO II self-suction rotor and nextSTEP forced inflator rotary are core wet end parts, but the height of installation is different from air path to outline or supporting parts. Contrast series trough volume: rotational diameter; bore lineage (Axle connection) with actual wear profile

Materials and Manufacturing: Elastomer coating, polyurethane or original design composite structures are confirmed by mineral abrasion requirements pharmacist temperature and rotation speed as well AS equilibrium; not the generic material name replaces OEM drawings.

Rubber and Polyurethane Specialty Alloys

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Stator / Disperser

Applicable Configuration: WEMCO II Decentralizer / nextSTEP Fixed

NextSTEP uses the supporting tuner, WEMCO II using a decentralizer; both function and structure are different from their installation positions. Contrast series (slot volume), blade/window profilees of bottom-up pores systems) with gaping interval or rotational numbers as well in paired number to rotor units

Materials and Manufacturing: elastomers, polyurethane Or original design complex Construction Acknowledged by abrasion, tearing and compatibility of the drug with matchmaking gaps.

Rubber and Polyurethane

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Dispersor / Transformers

Disperser Hood / Rotor Cover

Applicable Configuration: WEMCO II / WEMCO 1 + 1 Installer Construction

The main receptor is WEMCO self-sorbing structure for forming air and mineral flow paths, as well to protect the wet side. Converging between Vemco'S intergenerational patterns of volumetric fluidity (WMECo), capsules profiles; windows/flange structures: bearing lines or gap with dispersors\ rotor).

Materials and Manufacturing: rubber or polyurethane Package Construction Acknowledged by abrasion, fatigue and pharmacological consistency as well in molding sizes.

Rubber and Polyurethane

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False Bottom Liner / False Foundation Part / Assembly

False Bottom Liner / False Floor

Applicable Configuration: WEMCO II / WEMCO 1 + 1 Installer Construction

The main corresponding to the WEMCO self-suction groove is used for organizing bottom mineral flow and protecting sink. Contrast tank form, blockage plate thicknesses of holes in a rowing system with an interface boundary between current flows as well AS/SWIFT gap

Materials and Manufacturing: rubber, polyurethane, corrosion-resistant steel or composite substrates by mineral pulp abrasion and resination agents. Construction stiffness confirmation.

Rubber and Polyurethane Specialty Alloys

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Tubes/Plastic Pipeline

Draft Tube / Standpipe Liner

Applicable Configuration: WEMCO II / WEMCO 1 + 1 Installer Construction

The main fitting is the WEMCO self-suction structure, which connect a false bottom area to an upper rotor loop path. Contrast control diameter and length of flange with bearing; inner wall thicknesses: concentricity - interface between transponder gap & slot machine

Materials and Manufacturing: rubber, polyurethane Or corrosion-resistant alloy Construction Recognize by scrubbing, pharmaceutical agents and bonding methods as well.

Rubber and Polyurethane Specialty Alloys

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Trough Liner

Cell / Tank Liner

Applicable Configuration: s WEMCO / nextSTEP / Column / RFC The drawings are confirmed separately

Protection of mechanical floating slots, columns or local high wear areas. Contrast equipment series and shape groove area; installation zone: partitioning the plate thicknesses (plate) with a hole lineage - seam connector to repair doors as well in-house parts gap

Materials and Manufacturing: rubber, polyurethane resistant steel or composite substrates by mineral pulp abrasion, corrosion and purification operating conditions Confirmation.

Rubber and Polyurethane Specialty Alloys

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Offload valve wet-end thread

Discharge / Dart Valve Wet-end Liner

Applicable Configuration: Mechanical Floating Load / mixedROW Specific Valve Types by Drawing

Protection of inter-groove discharge, fluid level adjustment or bottom flow Valve parts the slurry of mines Contact Face: Contrast valve shape, slots and duct diameter. Guiding, the actuator Interfaces and the tide.

Materials and Manufacturing: rubber, polyurethane, ceramic Or corrosion-resistant alloys are confirmed according to pressure differential, abrasion and pharmacists & sealing requirements.

Rubber and Polyurethane Ceramics and Cemented Carbides

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Spare Parts

Driver shafts, wheels and BHSA With the squirrel organ

Power Transmission and the bearer of both Interfaces Accuracy, swirlness and Speed Airways, Bearings and Seals, and the corresponding machinery Construction Confirms the volumetric hull together.

Transponder-Driven Oscillation Shaft Sleeve

Rotor Drive Shaft and Sleeve

Applicable Configuration: WEMCO II / nextSTEP / mixedROW Relatively trough

Transfer torque from the drivetrain to wet ends. Converging WEMCO or nextSTEP Construction, total lengths and axes diameter; empty air passageways: key/foaming button. bearing Locations, sealing positions and vortex balance.

Materials and Manufacturing: Forged Alloy Steels for Drive Parts, Stainless Steel Or the original design surface Protection, heat treatment axis and neck precision NDT Confirm by the drawings and transmuted loads.

Alloy Steels for Drive Parts Specialty Alloys

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Rotor Hub / Connector

Rotor Hub / Mounting Hub

Applicable Configuration: Mechanically mechanic Flotation Machine Template: Construction

Connecting the drive shaft with rotor or wet sutures Part / Assembly Converging the aperture, key/wafers and cone to flanges or bolt holes; positioning surfaces. Turnover of space with alignment

Materials and Manufacturing: Alloy Steels for Drive Parts Or resistant to corrosion, heat treatment, size accuracy and corrosion protection by torques of the mineral pulp environment as well.

Alloy Steels for Drive Parts Specialty Alloys

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bearing Boxes, Bearings and Seals

BHSA / Bearing and Seal

Applicable Configuration: WEMCO II / nextSTEP / mixedROW Relatively trough

FLS open spare parts range from bearing boxes to axis parts BHSA. Contrast the type of organ, carrying codecs and gaping areas; axle/seat fit for sealant structures: Lubrication & speed transmission with high load levels as well in installation standards

Materials and Manufacturing: bearing Steel, Alloy Steels for Drive Parts and oil resistant/chemical Seal Materials Recognized by load, temperature and mineral slurry.

Alloy Steels for Drive Parts Engineering Materials for Seals

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Sparking boards / Foam-freezing bodies

Froth Paddle / Skimmer

Applicable Configuration: WEMCO II Optional Construction Other sloping bodies

Mechanical auxiliary recovery for thin or slow flow foams. Contrast the slot, lobe length and diameter of a hole in size with rotational direction; shaft (chain/gear transmission), speeding - bearing & bubble interface

Materials and Manufacturing: Stainless Steel, engineering plastics or rubber Package Construction By corrosion, foams and weighting operating conditions Confirmation.

Specialty Alloys Rubber and Polyurethane

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Drawing and Spare Part Numbers

s OEM or third-party number corresponds to Series, slots and Construction

The full series, volume of the slots and serial number are provided at submission with groove numbers as well. Structure such is WEMCO/nextSTEP or RFC; part names: drawings - photos from used parts (key dimensions), materials for operation conditions in mineral pulp).

Send Your FLS OEM Drawing Number Verification of products Series, BOM, Drawing Revision and Mounting troughs Send a Third-Party Part Number Relatively sizable, Part Name and Key dimensions Delivering wear and slurry operating conditions Contrast elastomers, alloying and sealant Target Service Life

WEMCO II and nextSTEP Is the rotor, dispersor or dent universal?

Inconvenient. The two modes of ingress, the rotor-installation position and profile are different from those that support dispersors/fixes to substrates or gap; they must be confirmed by full series (groove volume), serial number as well for drawings).

Column, REFLUX RFC and coarseAIR Can I use a mechanical float slot parts ？

They do not. The spare parts must be identified according to their respective lanes, valve pieces and slot machines as well for the design drawings respectively using external inflators or tilt channels/pressure chamberes; they are also used by bulk pellet floating structures which require separation of spare parts on each other' own pathways (wallets), sinking plates - etc).

FLS WEMCO II, nextSTEP, mixedROW and RFC Flotation Equipment

Equipment Series APPLICABLE parts and materials Completed on a page

First Judge Construction, and again judging parts

s WEMCO, nextSTEP Differences between wet end parts and slot location

Rotor / Impeller

Stator / Disperser

Dispersor / Transformers

False Bottom Liner / False Foundation Part / Assembly

Tubes/Plastic Pipeline

Trough Liner

Offload valve wet-end thread

Driver shafts, wheels and BHSA With the squirrel organ

Transponder-Driven Oscillation Shaft Sleeve

Rotor Hub / Connector

bearing Boxes, Bearings and Seals

Sparking boards / Foam-freezing bodies

s OEM or third-party number corresponds to Series, slots and Construction

WEMCO II and nextSTEP Is the rotor, dispersor or dent universal?

Column, REFLUX RFC and coarseAIR Can I use a mechanical float slot parts ？

Submission FLS Flotation Equipment Series, and the volume of condensation. drawing number Or Core spare parts Demand

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