Non Textile Testing Instruments
VSP/HDT Test Apparatus
Designed as per ASTM D-1525 & 648 with Two Stations to determine Vicat Softening Point & Heat Deflection Temperature of Plastics
Salient Features:-
» Size of Inner Bath: 12" x 9" x 8"
» Material of Construction: Inner Bath SS & Outer M.S
» Digital PID Controller with range up to 400Degree.
» Accuracy +/-0.2 Degree
» Heating Load: 3 Kw.
» Insulation: Glass wool.
» Circulation: Motor with Stirrer.
» Rate of Heating: 120 Degree/Hour & 50 Degree/Hour.
Accessories:
» Dial Gauge (2 Nos) with range of 10mm and least count of 0.01mm.
» Indenter: 2 Nos each for HDT & VSP Test.
» Load: 1Kg. ( 2 Nos) 2 Kg (2 Nos).
» Paint: Powder Coated.
MELT FLOW INDEX TESTER
designed as per ASTM D-1238 and suitable to test as per all other standards.
The equipment would have a PID Controller and a PRESET FACILITY STOPWATCH.
Temp. Range : 0 - 350 Degree.
Accuracy : +/- 0.2 Degree
Salient Features:-
» Tungsten Carbide Orifice. 1 No.
» Piston. 1 No.
» Barrel Cleaner, Orifice Cleaner. 1 No.(each)
» Material Charger, Spoon, Funnel. 1 No.
» Weights: 2.16Kgs, 5Kgs. (Combination) 1 Set.
Extra weights: 12.Kgs, 3.8Kgs, 21.6Kgs.(21.6Kgs is a combination 10, 5 & 6.6 Kgs)
IZOD/CHARPPY IMPACT TESTING MACHINE
Salient Features:-
» (FULLY DIGITAL) designed as per ASTM D-256& ASTM D-6110
» BREAKING ENERGY INDICATED IN BACKLIGHTED L.C.D. DISPLAY
» ANGLE OF FALL OF PENDULAM: 150 Degree
» RANGE: 2.71J, 5.42J, 10.84J, 21.68J, with the help of RANGE SELECTOR
» DIRECT BREAK ENERGY DISPLAYED IN JOULES, KGCM, J/M
» FACILITY FOR PROGRAMMING THE DIMENSION OF THE SAMPLES IN THE SOFTWARE
» HAMMER RELEASE: ELECTROMAGNETIC SYSTEM.
» VICE & HAMMERS: EASLY INTERCHANGEABLE
MULTI TOOTH MOTORISED NOTCH CUTTER FOR MAKING "V" NOTCH IN IZOD/CHARPPY SAMPLES.
Salient Features:-
» Cutting Angle: 45 Degree
SINGLE SPEED WITH ON OFF SWITCH up down movement by Limit Switch.
The machine will be capable to make Notch as per All the Standards.
One time Blade movement will be in 1.5minute and complete the notch
Digital Bursting Strength Tester Auto Model)
Designed with the state of art of technology with following features for precise measurement and recording of the sample strength under test
Salient Features:-
» Digital start button in microprocessor controller
» Auto Pneumatic Clamping System
» Printer Port Facility.
» Simple and user friendly key operations
» Digital Display with least count of 0.1 kg/sqcm.
» Bright Dual Display (7 segment) to display both the Set point & the actual process value.
» The Peak Bursting pressure is locked for users to note reading
» ¼ H.P. Single phase 220 volts 1440 R.P.M. motor equipped with forward- reverse mechanism and reduction gear box.
» Constant operating speed of 120 R.P.M. at gear box, eliminating chance of errors due to jerks.
Confirms To Testing Method As Per -:
1 ASTM : D 774 - 67 (1971)
2 ASTM : D2529 – 74 (Paperboard and Linear Board)
3 ASTM : 2738 – 71 (Corrugated & solid fiber board)
4 TAPPI : T807 – os – 75
5 TAPPI : T810 – su – 66
6 FEFCO : Method No. 4 (1996)
7 FCBM : 3: 90
8 IS: 1060 (Part I) – 1966
9 IS :1397-1967 (Kraft Paper)
10 IS: 1966-1975 (Fabric)
11 IS: 13228-1991(Corrugated Box)
12 IS: IS: 2771- (Part I)- 1977 (Corrugated Box)
Box Compression Tester
Corrugated, Solid Fiber Board Boxes and plastic Containers are Subject to Compressive forces when stacked and during transportation. It is vital to determine strength of the Box in order to make Sure that the box will be able to resist the anticipated Compressive forces and to determine the load that the box will be able to withstand during transits and storage.
Suitable For Box Compression Testing as per Following Standards:-
» IS7028 (Part VI) 1973
» 7028 (Part IX) 1975
» ASTM D 4577 – 94/D642 – 98
» TAPPIT 804 o m – 02
» FEFCO TM 50 1997
Technical Specification
» Dimension in mm. * (L x W x H) in ending Control Panel.
» (1500mm x 1120mm x 2000mm).
» Weight – 800 Kg.
» Power requirement – 1.25 kW Three Phases.
» 440 volts with separate Neutral.
Salient Features of Box Compression
» Direct Digital Display Readout of Compression Strength and Deflection.
» Electro Mechanical drives system as specified in is7028-VI.
» Easy operation Sophisticated electronics Control Panels.
» Load Capacities 0-1000 kgf and 0-2000 kgf.
» Digital Display unit with least Count of 1 kgf and Deflection with a least count of0.1 mm
» Peak- Hold Facility.
» Testing speed 10+3mm/minv
» Pre load & Pre length setting Facility
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Crush Tester
To fulfill the basic need of quality control and development for manufactures and user of paper packaging. An electronic instrument to measure and directly indicates the ring crush, edge crush, flat crush, Corrugating Medium Test(CMT), pin adhesion of corrugated board and compression strength of small cartoonse
Suitable For Crush Tester Testing as per Following Standards
» IS7028 (Part VI) 1973
Flat Crush Tester
» TAPPI T-808-om-92
» FEFCO Test Method No. 6
» IS 4006 (Part II) 1972
Pin Adhesion Test
» FEFCO Test Method No. II
» IS 4006 (Part II) 1966
Ring Crush Test
» IS 4006 (Part I) 1966
» TAPPI T-818-om-87
» FCBM 19:98
Edge Crush Test
» FEFCO Test Method No. 8
» IS 7063 (Part II) 1976
Technical Specification
» Load Cell Capacity : 500 kgf
» Load Cell Sensitivity : +- 0.2% Full Scale
» Load Indicator Resolution : 0.1% F.S
» Load Indicator Accuracy : +- 0.4% F.S.
» Platen Size : 100 mm dia
» Admit between Platen : 20-75 mm
» Loading Speed : 10 +- 2.0 mm per minute
» Power Requirement : 0.5 kW Single Phase 220 Volt
» Dimension in mm (L x W x H) : 500 x 620 x 840
» Weight in Kg : 80
Features
» Direct Digital Read out of Load.
» Electro- mechanical Loading System.
» Sophisticated Electronic Controls for precision and easy operation.
» Peak- holds facility.
» Supplied with attachment for testing Flat Crush, Edge Crush and Ring Crush. Other attachment at extra cost.
Puncture Resistance Tester
Gives Reliable indication to evaluate fabrication factors along with material values in a composite fashion. Direct indication on dial in Beach Units (oz.inch/Tech inch
Suitable to test as per
» IS7028 (Part VI) 1973
» IS: 4006 Part II – 1972
» IS: 2771 Part II – 1973
» TAPPI: T 803 – om – 88
» FCBM: 6:91
