Woven Sacks

This calculator is designed to calculate the percentage of CC in a tape recipe. CC can be present in Filler, Color Masterbatch (MB), or Modifier. Before using the calculator, pre-examine the materials to determine the actual ash percentage. Enter only applicable data, leaving the rest blank. Default values are set to 0. Tape Recipe Calculator Input Section Ash % in Muffle test: Ash % in CC: Note: Generally Ash % in CC varies between 78 to 82% Fabric GSM: Coating GSM: CC %: BOPP GSM: CC %: Output Section Total GSM: CC % in Tape Recipe:

Weaving Calculator Flat: Tubular: Width of Fabric: Inch CM MM Order quantity in Meter: PPM of Loom: Warp mesh: Weft mesh: Target efficiency%: Calculate Weaving ring recommended: Number of Warp: Mesh value in HMI(Per DM): 100% Production per Day: Target Production per Day: Number of Loom Required: + - Number of Days:

Fabric and Coating Cost Calculator Bag Width Bag Cut Length Bag Weight Weight of Yarn+components Average Rate of Yarn fabric RM1 RM2 RM3 RM4 RM5 RM6 Conversion Cost Coating RM1 RM2 RM3 RM4 RM5 RM6 Substrate GSM Coating GSM Conversion Cost Other conversion Cost Calculate Output for Fabric T-RM1 Rate per KG T-RM2 Rate per KG T-RM3 Rate per KG T-RM4 Rate per KG T-RM5 Rate per KG T-RM6 Rate per KG F-Total including Conversion Output for Coating C-RM1 Rate per KG C-RM2 Rate per KG C-RM3 Rate per KG C-RM4 Rate per KG

Bag Planning Calculator "Welcome to our Bag Planning Calculator! Our calculator is finely tuned to handle precise measurements in inches and grams, ensuring accurate calculations for your bag production needs. Before you start, here are a few important points to consider: Bag Weight Adjustment: Remember to input the bag weight after deducting the weight of any prints, yarns, or Ez open stripes. This ensures that your calculations are tailored to your specific bag design. Measurement Accuracy: It's essential to input your measurements and weights accurately to achieve precise results. Even small variations can impact the final product. Bag Planning Calculator Bag width: Bag length: Mesh (Warp): Mesh (Weft): Hemming: Stitching: SFSS SFDS DFSS

GSM Calculator Warp WP Denier: WP Mesh: Weft WT Denier: WT Mesh: Calculate Warp GSM: Weft GSM: Total GSM:

Title Block Bottom Bag Calculation Calculator Disclaimer: This calculator operates with data in millimeters and grams for precise calculations. Users are advised to input measurements and weights accordingly to ensure accuracy. Any reliance on the results is at the user's discretion, and verification of data is recommended before making decisions. Valve (mm): Bottom (mm): Width (mm): Length (mm): Body Overlap (mm): Valve Overlap (mm): Fabric GSM (gram): Coating GSM (gram): Bopp GSM (gram): Calculate Body Cut Length: Patch Width: Patch Length: Valve Cut Length: Valve Weight: Patch Weight: Body Weight: Bag Weight: Please note: This calculator is provided for educational purposes only. While every effort has been made to ensure its accuracy, we strongly advis

Calculate Denier from GSM Calculate Denier from GSM GSM: Warp Mesh: Weft Mesh: Calculate Nominal Denier: Shrinkage %: + - Machine Denier:

In tape plant operations, the process involves several critical steps such as extrusion, quenching, slitting, stretching, annealing, and winding. Each step plays a crucial role in ensuring the quality and performance of the final tape product. However, various issues can arise during these processes, leading to defects in the tape. This troubleshooting guide aims to identify common problems encountered in tape plant operations, their possible causes, and appropriate solutions to address them effectively. Problem 1: Film Puncture Possible Causes: - Hold-up particles in the material - Inadequate heat stability of master batch - Insufficient moisture control in raw materials Solutions: - Replace the screen pack - Verify the moisture content of raw materials - Assess the heat stability of the master batch Problem 2: Gels, Hard or Unplasticized Profile Possible Causes: - Improper back pressure and temperature gradient - Moisture presence in the master batch - Die lip opening too wide Soluti

      LOAD CELL IN   MACHINE FOR WARP TAPE TENSION CONTROL •         OBJECTIVE: To monitor and maintain warp tape tension automatically, load cells have been introduced in the Looms. Load cells are mounted on the dancing roller just after the maxi drag roller & below the platform. The resultant tension of all the warp tapes on the roller is sensed continuously. Any change in the tension on the roller is detected by the load cell and proportional amount of current through amplifier card is fed to the inverter of inlet. Inverter computes the current & gives the output frequency to the inlet motor so as to maintain the set tension in the warp tapes. Weaving at constant tension give the good fabric quality. T is also very much helpful in weaving of low denier tapes.     Description of Load Cell & Related Parts : §   Load Cell : Load cell is used to sense the tension in the warp and supply the feedback parameter for the control loop.          •