FLC2000 Replacement Flat Screens: Compatibility and Selection Guide

To select an FLC2000 replacement flat screen, confirm the shaker model and screen-panel dimensions, then match the screen’s construction, mesh specification, and attachment method to your operating requirements. The “FLC2000” designation alone does not establish that every replacement panel will fit: screen designs and specifications can vary by equipment version and supplier. Before ordering, compare the existing screen or equipment documentation with a supplier’s drawing and written specification.

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This guide helps drilling contractors, screen distributors, and procurement teams organize those checks before requesting a quotation. At Yuanpeng, we recommend sending identification details, measurements, and application information together so that a supplier can assess the requested configuration rather than rely on a model name alone.

Who This Guide Is For

This guide is for buyers sourcing replacement flat screens for equipment identified as FLC2000, including maintenance teams planning routine replacements and distributors evaluating a new supply option. It is also useful when the original screen label is missing or when a previous replacement did not fit as expected. In those cases, physical measurements and photographs can help clarify what must be matched.

If you are specifying screens for multiple rigs or machines, treat each equipment configuration as a separate verification task until you have confirmed that the panels are interchangeable. Do not assume that screens described with similar model names share the same dimensions, edge details, or mesh options. A clear specification reduces the risk of ordering a screen that cannot be installed or does not meet the intended separation requirement.

What FLC2000 Replacement Flat Screens Are

FLC2000 replacement flat screens are replacement screening panels requested for use with equipment identified by the buyer as FLC2000. A flat screen provides a screening surface through which drilling fluid can pass while solids are retained according to the screen’s opening and construction. The result depends on the complete assembly and operating conditions, not on the model reference alone.

Compatibility has two parts: physical fit and process suitability. Physical fit covers the panel’s overall dimensions, support and sealing areas, and attachment or edge configuration. Process suitability concerns the selected mesh or aperture, material construction, and the balance between fluid handling and solids separation required for the application.

Screen Types and Specification Options

Construction and materials

Replacement screens may differ in their screen media, supporting structure, edge treatment, and bonding or fastening details. Buyers should identify the construction of the installed panel and state whether they need a like-for-like replacement or want to evaluate an alternative. The exact materials and construction available should be confirmed against the supplier’s current product specification.

Material selection should reflect the fluid, solids, operating conditions, and maintenance practices at the site. Where exposure to chemicals, abrasion, or repeated handling is a concern, describe those conditions to the supplier instead of assuming that a material is suitable based on its name. Ask for the material description and any relevant product documentation for the proposed screen.

Mesh and opening specification

Mesh count alone may not fully describe a screen’s separation characteristics. Buyers should provide the required mesh or nominal opening specification and ask how the supplier defines and documents it. Where the existing screen is the reference, share a legible label or technical document; visual comparison alone may not establish the exact opening.

A purchase request can use measurable fields without implying that any particular values are standard for FLC2000. For example, an illustrative specification might state overall dimensions of 700 mm × 1,050 mm, a nominal aperture of 100 μm, and a wire diameter of 0.5 mm. These are sample values for showing how to record units, not verified FLC2000 specifications or a recommendation for your operation.

Match the Screen to the Application

Start with the fluid and solids-separation objective at the point where the screen will be used. A finer opening may change the solids retained and the amount of fluid passing through, while a different mesh construction can affect handling and service behavior. The appropriate choice depends on the complete operating setup, so a supplier should not recommend a mesh solely from the shaker model name.

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For a replacement intended to reproduce an existing setup, provide the current screen’s part or supplier reference, if available, along with the operating team’s feedback. If the goal is to change performance, state what needs to improve and what constraints must remain, such as fit, fluid flow, or the solids-separation target. Where the technical requirement is uncertain, request a specification review before placing a production order.

A Practical Selection Framework

1. Confirm the equipment identity

Record the equipment manufacturer, model designation, and any version, serial, or configuration information available from the nameplate or documentation. Photograph the label and the installed panel in place, including its edges and retaining features. If the screen came from a prior supplier, include its product code, but treat that code as a reference to verify rather than proof of compatibility.

2. Measure and document the panel

Measure the screen’s overall length and width, then document relevant thickness, edge profile, support locations, and sealing or contact areas. Use millimeters or inches consistently and indicate which side or orientation each measurement represents. If possible, send a dimensioned sketch and photographs with a ruler or other scale visible; ask the supplier to confirm the drawing before production.

3. Define the screening requirement

State the required mesh or opening, construction, material preference, and operating context. Attach the original technical specification if you have one, and identify whether the request is for a direct replacement or a performance change. If a specification cannot be confirmed, make that uncertainty explicit so the supplier can identify what additional information is needed.

4. Review and approve the proposed specification

Ask for a written quotation that identifies the proposed screen configuration, key dimensions, mesh or aperture description, material, and attachment details. Compare it with your documented requirements and resolve any differences before ordering. Keep the approved drawing or specification with the purchase record so receiving staff can check the delivered panels against the agreed configuration.

Pricing, MOQ, and Lead-Time Questions

Price can depend on the confirmed dimensions, construction, mesh specification, material, order quantity, and packaging or delivery requirements. A model name without these details may not be enough for a comparable quotation. For accurate sourcing, ask suppliers to state what is included in the quoted price and whether any setup, tooling, or customization charges apply.

Minimum order quantity and lead time should be confirmed for the specific configuration and destination rather than assumed from a general product description. Request the estimated production schedule, dispatch terms, and the validity period of the quotation. If you need an urgent replacement, provide the required arrival date and ask the supplier to confirm feasibility before committing to a schedule.

Supplier Evaluation Checklist

Evaluate suppliers on how clearly they verify fit and document the offered specification, not only on the quoted unit price. A capable supplier should be willing to review equipment information, measurements, photographs, and the requested screening parameters. Check that the quotation and any drawing agree with the details in your purchase request.

• Can the supplier confirm the panel dimensions and edge or attachment configuration in writing?
• Does the quotation identify the proposed mesh or aperture, material, and construction?
• Can the supplier review a drawing, photographs, or an existing screen reference?
• Are MOQ, lead time, packaging, and delivery assumptions stated clearly?
• Is there a defined process for resolving specification questions before production?

At Yuanpeng, we support B2B buyers by reviewing the information provided for replacement flat screen inquiries and clarifying the details needed to assess a requested configuration. To begin a quotation discussion, send the equipment identification, measured dimensions, screen photographs or drawings, mesh requirement, quantity, and delivery destination. If any value is unknown, mark it as unconfirmed rather than substituting an estimate.

Conclusion: Confirm Compatibility Before You Order

An FLC2000 replacement flat screen should be selected by verifying both physical fit and screening requirements; the model designation by itself is not a complete specification. Confirm the equipment version, measure the panel, document its edge and support details, and specify the mesh, material, and application needs. Then review the supplier’s written proposal before approving production.

Your next step is to prepare a concise inquiry package with photographs, measurements, any existing part reference, required quantity, and destination. Yuanpeng can review the information and discuss a suitable replacement configuration with your team. This approach gives buyers a clearer basis for comparing quotations and reduces avoidable uncertainty during procurement.