Unless otherwise specified, the fiberglass products should be in dry, cool and moisture-proof area. Room temperature and humility should be always maintained at 15-35℃ and 35%-65% respectively.

The products have broad application prospects in automobile, Locomotives, aerospace, marine, windmills, building and other industries.

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Tel: +86 792 8322300/8322322/8322329
Cell: +86 13923881139
Fax: +86 792 8322312
website:  http://www.fiberglassfiber.com
website on waimaotong.com:  http://chinabeihai.waimaotong.com
Online contacts: Whatsapp & wechat: +86-13923881139

1. How can I obtain the smooth surface on the Beihai 3D Fabric laminates like the smooth surface on your samples?
    The smooth surface of the samples requires a smooth waxed mold, i.e. glass or melamine. In order to obtain a smooth

    surface on both sides, you can apply a second waxed mold (clamp mold) onto the wet Beihai 3D Fabric, taken into

    account the thickness of the fabric.
2. How can I be sure that the fabric is completely impregnated?
    You can easily tell by the level of transparency if the Beihai 3D Fabric has been wetted out properly.
    Avoid oversaturated areas (inclusions) by simply rolling the excess resin to the edge- and out of the fabric. This will

    leave the right amount of resin remaining in the fabric.
3. How can I avoid a print-through on the gelcoat?

• For most applications, a simple veil or layer of CSM is sufficient.
• For more critical visual applications, you can use a print-blocking barrier coat.

    Another way is to let the outer skin cure before adding Beihai 3D Fabric.
4. How can I add more layers and other materials to the Beihai 3D Fabric?
    You can apply other materials (csm, roving, foam etc) wet on wet on the Beihai 3D Fabric.
    Up to 3 mm glass can be rolled on wet Beihai 3D Fabric before the end of the gelt-time and the full spring-back force

    will be guaranteed.
    After the gel-time layers of superior thickness can be laminated.
5. How to apply decorative laminates (e.g. HPL Prints) on the Beihai 3D Fabric?
    Decorative laminates can be used on the mould-side and the fabric is laminated directly on top of the laminate or the

    decorative laminates can be rolled over the wet Beihai 3D Fabric.
6. How to make an angle or curve with Beihai 3D Fabric?
    One advantage of Beihai 3D Fabric is that it is fully shapeable and drapeable.
    Simply fold the fabric in the desired angle or curve in the mold and roll well.
7. How can I color the Beihai 3D Fabric laminate?
    By coloring the resin (adding a pigment to it)
8. How can I ensure the translucency of the Beihai 3D Fabric laminate?
    The translucency is a result of the color of the resin, contact your resin supplier.
9. What is the reason of the rising (spring back) capacity of the Beihai 3D Fabric?
    Beihai 3D Fabric 3d Glass Fabrics are cleverly designed around the natural qualities of glass. Glass can be ‘bent’ but

    cannot be ‘creased’.
    Imagine all those springs throughout the laminate pushing the decklayers apart, the resin stimulates this action

    (also called capillarity).
10.How can I avoid damages in the surface quality of the fabric (wrinkles and folds in the decklayers)?
     Storage is important for the ensurance of the quality: stock the rolls horizontally in a dry environment at normal

     temperatures, unroll the fabric evenly and do not fold the fabric.

• Folds: you can remove folds by easily sliding the roller away from the fold when rolling next to it.
• Wrinkles: rolling gently over the wrinkle will simply cause it to disappear.

11.The fabric does not cure well enough, what should I do?
     Two possible solutions:
     1) When working with resins containing styrene, the entrapment of volatile styrene with the impregnated Beihai 3D

         Fabric could cause cure inhibition. A low(er) styrene emission (LSE) type of resin or alternatively the addition of a

         styrene emission reducer (e.g. Byk S-740 for polyester and Byk S-750) to the resin is recommended.
     2) To compensate the low masses of resin and therewith decreased curing temperature in the vertical pile threads,

         a highly reactive cure is recommended. This can be achieved with an increased catalyst level and with an

         increased level (preferably Cobaltoctoate) compensated with an inhibitor to set the gel time.