RTA S003558 Filter Sock Report: Issued 21 May 2013
Transcription
RTA S003558 Filter Sock Report: Issued 21 May 2013
File: S003558.xls Page 1 of 1 RTA - ROADS & TRAFFIC AUTHORITY of NSW Materials Technology Section. Unit H, 75 St.Hilliers Rd. Auburn. NSW. 2144. (Ph. 8745-6040. Fax. 8745-6093) TEST REPORT Client: Industrial Knitted Products Pty Ltd Registration No: Address: Unit 5, 77-85 Pasturage Rd, Caboolture QLD 4510 S003558 Date Testing Started: 2/05/2013 Reference: Work agreement form: 10/04/2013 Date Testing Completed: 17/05/2013 Project: Filter Sock Testing Checked by: A.L. Date: 21/05/2013 Location: N/A RESULTS. (Results apply only to the sample submitted). Sampling Method: Date sampled: Not specified Not specified Not specified Not specified Not specified Not specified 09/04/2013 09/04/2013 09/04/2013 3558/01 3558/02 3558/03 65mm 100mm 160mm SF65RTA Yellow SF65RTA Green SF160RTA Blue Determination of Yield (m/kg) 58.307 37.123 24.102 Longitudinal Strain (%) 26.8 20.0 8.3 Laddering (from a cut end) PASS PASS PASS Unravelling (from a cut end) PASS PASS PASS Deweaving (from a cut end) PASS PASS PASS Date sample received: Sample Details Sample No: Sample Diameter Batch No: RTA T1520 - Determiniation of yield of Seamless Tubular Filter Fabric. RTA T1521 - Laddering, Unravelling, or Deweaving of a Seamless Knitted Tubular Filter fabric from a Cut End. RTA T1522 - Abrasion Resistance of Seamless Knitted Tubular Filter Fabric. Holding PASS PASS PASS Unraveling PASS PASS PASS Laddering PASS PASS PASS Deweaving PASS PASS PASS Unravelling PASS PASS PASS Tearing PASS PASS PASS Laddering PASS PASS PASS Deweaving PASS PASS PASS 320 300 380 RTA T1523 - Weave Stability of Seamless Knitted Tubular Filter Fabric. RTA T1524 - Determination of Opening Size of Seamless Knitted Tubular Filter fabric. Representitive Large Opening Diameter ( µm) Opening index 147 Photograph Range of diameters-based on ten largest diameters 151 Range (µm) 151 Photograph Range (µm) Photograph Range (µm) 1 220-410 1 160-380 1 220-360 2 180-320 2 200-300 2 220-400 3 220-280 3 180-280 3 200-360 21/05/2013 Alecsey Liu Materials Scientist