To select an FLC500 wavy replacement screen, verify the shaker model and screen-interface details first, then match the panel dimensions, fastening system, mesh opening, and construction to your operating conditions. “FLC500” alone is not enough to confirm fit: equipment versions and replacement-screen designs can differ. At Yuanpeng, we recommend checking the installed screen or equipment documentation before requesting a quotation, and confirming any uncertain details with a drawing or sample.
This guide explains how to assess compatibility, compare screen options, and prepare the information a supplier needs to quote accurately. It is intended for drilling contractors, solids-control teams, distributors, and procurement professionals sourcing wire mesh replacement screens. The goal is to help you avoid ordering by model name alone and choose a specification suited to your separation requirements.
This guide is for buyers replacing FLC500-style wavy screens who need to confirm whether a proposed panel will fit their shaker and suit the job. It is also useful when comparing offers from multiple manufacturers or when the original screen label is missing. If you are buying for a fleet, the same checks can help standardize specifications across machines without assuming every unit uses an identical screen.
Before contacting a supplier, identify the machine’s manufacturer and model, the screen position, and any available part number. If the shaker has been modified or has an uncertain service history, treat the installed panel as a reference rather than definitive proof of the original specification. A supplier can assess fit more reliably when you share both equipment details and physical measurements.
An FLC500 wavy replacement screen is a shaker screen intended for use on compatible equipment identified by the buyer as FLC500. “Wavy” describes a shaped or corrugated screening profile rather than a flat panel, but the exact geometry and construction depend on the screen design. The screen separates solids from drilling fluid as the fluid passes through its openings, while retained material moves across the panel.
A wavy profile may provide a different screening surface arrangement within the panel footprint, but its practical effect depends on the design, fluid, solids, and operating setup. It should not be treated as a guaranteed increase in capacity or screen life. Confirm the supplier’s actual construction and suitability for your application rather than relying on the product name alone.
Replacement screens may use wire mesh supported by a frame or backing structure, with materials and bonding methods varying by product. Ask what mesh material, support structure, edge treatment, and fastening arrangement are offered for the specific FLC500-compatible panel. If corrosion exposure, temperature, or fluid chemistry is important, provide those conditions so the supplier can discuss appropriate options.
Do not assume that two screens with the same nominal mesh opening have identical performance. Mesh weave, wire diameter, effective open area, panel profile, and manufacturing tolerances can all affect how a screen behaves. Request a specification sheet or written description of the offered construction, especially when changing from your current supplier.
Compatibility has two parts: mechanical fit and process suitability. A screen can have an appropriate mesh opening but still be unusable if its dimensions, profile, or retention features do not match the shaker. Conversely, a panel that fits correctly may not deliver the separation result you need if its mesh specification is unsuitable for the fluid and solids.
Record the shaker manufacturer, model designation, and any serial or configuration information available. Note which deck or screen position the panel occupies, because positions on the same machine may not always use identical specifications. Share clear photographs of the screen, its edges, and the installed retention points when asking a supplier to verify a match.
Measure the overall panel length and width in millimeters, then record the frame or edge profile and the locations of fastening features. Include the screen’s installed orientation and any visible curve or wave profile. For example, a buyer might report an overall length of 900 mm and width of 700 mm as measured values; these are illustrative measurement fields, not published FLC500 standard dimensions.
Measurements should be taken from the actual panel or a reliable equipment drawing, not estimated from a photograph. If the screen is damaged or distorted, compare it with an undamaged panel from the same position or request a drawing-based confirmation. Ask the supplier to confirm the critical interface dimensions in writing before production or shipment.
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State the required mesh opening and how it is defined in your purchasing specification. Mesh opening may be requested in micrometers; for example, 100 μm can be used as a buyer-provided target value, not as a default FLC500 specification. Also describe the solids, fluid properties, desired separation, and any restrictions on fluid loss or solids discharge that matter to the operation.
Where a formal screen classification or test method is required, name it explicitly and ask the supplier to confirm what documentation is available. Do not assume that a mesh number, micron value, or product label has the same meaning across all suppliers. Comparing equivalent, clearly stated specifications makes quotations more useful.
Use the following checks to compare candidate screens. A supplier should be able to explain the offered specification and identify information that remains unconfirmed. If a key item is unknown, resolve it before treating the screen as a confirmed replacement.
| Selection factor | What to verify | Why it matters |
|---|---|---|
| Equipment compatibility | Model, screen position, panel dimensions, profile, and retention interface | Helps prevent fit or installation problems |
| Mesh specification | Opening, stated units, weave, and any requested classification | Connects the screen choice to the required separation task |
| Construction | Mesh and support materials, edges, bonding, and panel design | Allows assessment against operating and handling conditions |
| Supply terms | Quantity, packaging, lead-time estimate, and available documentation | Supports purchasing and replacement planning |
For a routine replacement, prioritize an accurately matched interface and a mesh specification consistent with the screen currently in use. If you are changing the separation target, discuss the reason for the change with your solids-control team and supplier. A finer or coarser opening should not be selected on mesh value alone because the consequences depend on the process and operating conditions.
For an urgent replacement, make the fit-critical information easy to verify: machine identification, screen position, measured dimensions in mm, photographs, and an existing part number if available. For a planned sourcing change, compare the complete construction and documentation as well as the quoted price. A lower unit price is not a meaningful comparison if the panels differ in mesh, frame, or delivery terms.
Pricing for FLC500 wavy replacement screens can depend on the requested dimensions, mesh, materials, order quantity, packaging, and customization. Minimum order quantity and production lead time are supplier- and order-specific, so request them directly rather than relying on general market estimates. For a fair quotation, send one consistent specification to each supplier.
When planning stock, consider how many machines and screen positions you need to support, the frequency of replacement observed at your site, and the time required for replenishment. These are planning inputs, not a prediction of screen service life. Ask the supplier to distinguish a production estimate from a confirmed dispatch date and to state any assumptions that affect the schedule.
Choose a supplier that can discuss the screen’s actual fit and construction, not only its model label. Ask whether the offer is based on a drawing, sample, or stated dimensions, and request written confirmation of the important specifications. Yuanpeng can review buyer-provided equipment information, measurements, photographs, and screen requirements to help clarify the requested wire mesh configuration.
One frequent mistake is ordering solely by “FLC500” without checking the exact machine version or panel interface. Another is comparing mesh numbers without confirming the measurement basis, units, and construction. Buyers can also overlook screen position, orientation, or frame details when sending a request based on a single product photograph.
Avoid treating a supplier’s general compatibility statement as confirmation for every machine configuration. Provide the available evidence and ask for written confirmation of the critical dimensions before placing an order. If your application or equipment has changed, explain what is different instead of assuming the former specification remains suitable.
The reliable way to select FLC500 wavy replacement screens is to verify the equipment and screen interface, define the required mesh and construction, and compare suppliers against the same specification. The FLC500 name is a useful starting point, but it does not replace confirmation of dimensions, retention details, and application needs. When uncertain, share measurements, photographs, drawings, or a sample for review.
For a quotation from Yuanpeng, prepare the shaker model and screen position, measured panel dimensions in mm, target mesh opening in μm or your stated classification, application details, required quantity, and delivery destination. We can use this information to review the request and identify any compatibility questions before you proceed. A complete specification helps buyers make a clearer comparison and reduces avoidable sourcing risk.
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