Knowde Enhanced TDS
Identification & Functionality
- Chemical Family
- Reinforcement Form
- Reinforcement Material
- Composite Materials Functions
- Technologies
- Product Families
Features & Benefits
- Materials Features
- Product Highlights
Once resin is applied to the ParaGlass fabric, the pillars’ capillary function creates a permanent hollow space. When applied, resin saturates the glass yarn without filling the empty space between the deck layers. Since only a minimal amount of resin is needed, resin waste through oversaturation is a thing of the past.
- Features
- Flexible
- Strong
- Fire-Resistant
- Lightweight
- Corrosion-resistant
Applications & Uses
- Applications
- Composites Processing Methods
- Fiberglass Fabrics for Structural Applications
Parabeam 3D glass fabrics are woven out of E‑glass yarn for easy, quick production of high-quality sandwich constructions. Two bi-directionally woven deck layers are bonded together by vertically braided 8‑shaped pillars. The pillars act like springs and push the deck layers apart to a predefined height.
This strong and lightweight sandwich structure has may advantages over traditional sandwich fabrics, as well as wood and laminate products.
Properties
- Physical Form
Technical Details & Test Data
- Hand Lay-Up Process
The four methods of creating the finished product are: hand lay-up, vacuum infusion, closed mold and inline product.
STEP 1 | MEASURE FABRIC
Measure the surface of the fabric and calculate fabric weight to determine the amount of resin needed.
STEP 2 | CUT FABRIC
Cut the fabric to the needed size with a tool such as a rotary cutter or scissors.
STEP 3 | APPLY RESIN
Apply 40% of the calculated resin to the mold and spread it evenly.
STEP 4 | ROLL FABRIC
Roll the fabric to ensure that the resin is distributed evenly.
STEP 5 | APPLY REMAINING RESIN
Apply the remaining resin and spread it evenly. It will automatically start absorbing into the fabric.
STEP 6 | ROLL FABRIC
Lightly roll the fabric against the pile direction to ensure an optimal rise.