FAQ Center

The layers describe the weave construction, not a guaranteed ranking of drainage or life. More complex structures can separate the sheet-contact surface from the wear side. Compare actual permeability, fiber support, caliper and wear data for the same machine position.

Mesh count alone cannot determine the right fabric. Share the grade, basis-weight range, furnish, speed, current fabric specification and drainage or sheet-quality problem; the weave and yarn geometry also matter.

FSI is a calculated indicator of the sheet-side support geometry. It helps compare forming surfaces, but does not by itself predict retention, drainage or defects. Request the calculation method and compare it with permeability, drainage index and mill observations.

Compare current sheet quality, drainage, wear, damage and production records with your own start-up baseline. A sudden change first calls for a machine and process check; agree replacement criteria with the mill team using its historical data.

Possible sources include fabric surface geometry, tension, drainage elements, vacuum and furnish. Record where the mark appears and whether its repeat pattern matches the fabric or a machine element before changing the weave.

Compare quotations against the same width, length, yarn specification and delivery terms. A decision needs mill-specific evidence on sheet quality, drainage, run length and total operating cost; no improvement or payback is guaranteed by the construction name.

Material choice depends on wear location, chemistry, temperature and dimensional requirements. A design may combine yarn materials, but the actual composition and suitability must be confirmed for the proposed model and machine conditions.

There is no universal CFM for a paper grade. Compare the existing fabric measurement with drainage, vacuum, speed, basis weight and formation data; specify the test standard and units when comparing suppliers.

Recycled furnish may introduce abrasive fillers or contaminants, but the effect varies by stock preparation and cleaning. Compare wear position, furnish and shower records with the previous run before attributing shorter life to recycled fiber.

We assess fit by the machine position and required dimensions, seam, construction and operating conditions, not the brand name alone. Send the current fabric specification or drawing so feasibility can be confirmed before quotation.

Compare the machine position, required permeability, contact, seam, running stability and installation route. Neither construction is inherently best for every grade; use model-level measurements and current operating records.

Specify the test method and units, then compare the current fabric with pocket ventilation, moisture profile, speed and drying constraints. The appropriate value depends on position and machine conditions, not grade alone.

The seam must suit the fabric structure, installation method, machine dimensions and operating temperature. Confirm seam construction and closing procedure on the proposed model rather than assuming one seam is strongest in every position.

Check roll alignment, guide response, tension, seam squareness and whether drift changes with temperature. Record the direction and timing of movement before adjusting the guide or ordering a new fabric.

Temperature limits depend on the actual yarn, seam and exposure time. Request the proposed model’s documented operating limits and compare them with measured machine temperatures; do not use a generic polymer limit as a product rating.

Consider it if static, dust attraction or sheet-release issues have been observed. Confirm the proposed model’s anti-static construction and operating suitability; first check humidity, grounding and machine conditions.

Service life varies with heat, contamination, seam wear, guiding and cleaning. Compare days and production volume with your own previous runs, and document the failure mode before choosing a replacement design.

Feasibility depends on dimensions, run path, seam, permeability, temperature and installation constraints. Share the current drawing or specification so the required configuration can be checked before an offer.

Time depends on the machine layout, access, fabric size, seam and crew preparation. Plan with the mill’s installation procedure and the specific product instructions, including inspection before start-up.

Avoid forcing a fabric past sharp edges or applying uneven tension. Verify direction, dimensions, seam alignment, machine clearance and handling instructions before starting the run.

Keep the original packaging and support intact, in a clean, dry area protected from direct sunlight, heat, chemicals and crushing. Follow any model-specific storage instructions and inspect the packaging before installation.

Set a site-specific inspection schedule based on water quality, nozzle condition and fabric performance. Check for blocked or misdirected nozzles and record changes in coverage before adjusting pressure.

Use the machine and fabric supplier’s approved procedure after identifying the deposit. Confirm chemical compatibility, concentration, temperature, dwell time and rinsing; do not apply a generic recipe to an unknown fabric.

Do not rotate or flip it without confirming the specified running direction, sheet side, wear side and seam design. Changing orientation can affect contact and tracking; consult the model instructions.

Use the range stated for the actual fabric and machine position, then verify the machine’s tension measurement and profile. A universal number across forming, press and dryer positions would be unsafe.

Use clean lifting equipment and enough support to avoid folds, cuts and local stretching. Protect the seam and edges, follow the marked direction, and stop if the fabric catches on a machine component.