Rubber & Plastic

Leading Wholesaler, Retailer and Manufacturers of De-mattia Flex Tester, Deep Freezer Vertical Model, Digital Compressibility And Recovery Tester, Digital Tensile Testing Machine, Din Abrasion Tester, HDT Tester, Hot Air Oven, Humidity Chamber, Hydraulic Specimen Cutting Press, Izod Charpy Impact Tester, Manual compressibility and recovery tester, Melt Flow Index, Rotary Shaker, Rubber Hardness Tester and Sole Adhesion Tester Digital Model from Faridabad.

MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Number of test specimens tested 6 or 12 (Six or Twelve)
Maximum opening between grips 75mm (adjustable)
Travel of reciprocating grip 57.15mm (adjustable)
Flexing frequency 300cpm
Motor ¼HP single phase 230 V AC
Related Standards Is: 13217: 1991

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De-Mattia Flex Tester has a set of grips to hold test specimens in two tiers with their holding faces lying in the same vertical plane. Holding one end of the test specimen in a fixed grip and the other end in a reciprocating grip provides the flexing and unflexing action. The set of grip has two-fixed grip and one large reciprocating grip positioned between them in order to flex half of the test specimen while the other half is being unflexed. The reciprocating grip is slide on hardened and ground rods made of high carbon steel. The reciprocating motion is provided by an eccentric and linkage mechanism driven by an electric motor through V-belt and pulleys. A six digit electronic counter is provided for indicating the number of the test cycles undergone.

The equipment is build on a rigid fabricated base plate and finished in metallic painting and bright chrome/zinc plating to give it a corrosion resistant finish. Moulding dies for preparing test specimen, and jig and punch assembly for making initial crack in test specimen for crack growth test are available as optional accessories.

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Business Type Manufacturer, Supplier, Retailer, Wholesaler
MOC Stainlees Steel 304 g inner and Outer mild steel duly powder coated
Design Vertical Model
Size 570x875x550 mm (WxHxD)
Capacity 10 cu ft
Volume 200 liter ( Approx)
Temperature 50°C
Resolution 0.1°C
Shelf Stainless tray
Compressor Emersion Kit, Cascade System
Temp. Controller By Microprocessor Based PID Digital Temp. Indicator cum Controller
Temp. Accuracy ±1°C
Display LED Display for Set Value(SV) and Process Value (PV)
Relay Solid state electronic relay with protective heat sink.
Insulation By High density PUF insulation
Operations Nearly silent operation with ultra- low vibration
Electric Supply 220/230V AC, 50/60Hz

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SPECIFICATION:

Robust construction and inner chamber is made out of Stainless Steel 304 grade and outer chamber is of mild steel duly powder coated Outer front double walled door is insulated and is fitted with magnetic tape for air tight closing for no temperature loss, provided with lock and key arrangement.

A full view inner Glass door enables inspection and monitoring of inner chamber specimens without disturbing the process temperature. High grade PUF Iinsulation between outer and inner chamber for minimal thermal losses. Direct cooling system for stable temperature control by ISI marked Compressor/Condensing Units CFC free & R-134 an eco friendly refrigerant and R-23 for saturation.

Control panel having all controls and circuitry with Temperature controller cum Indicator Microprocessor based with LED display for Set Value (SV) & Process Value (PV) to select any desired temperature. Caster wheel mounted for easy portability. Supplied with cord and plug. Operating Voltage: 220 Volts AC (50 Hz).

 

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MOQ : 1 Piece

Business Type Manufacturer, Retailer, Wholesaler
Digital dials 0 to 10 mm X 0.001 mm least count or LVDT
Load cell 1500 N
Motor ½ hp 3 phase induction motor
Power requirements 500 W, 220 VAC single phases
Related Standard Astm F 36

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Our Compressibility and Recovery Tester of Gasket Material Consist of an Anvil- A hardened and ground surface on which the sample is placed. There are a set of steel cylindrical shape penetrators of specified sizes and shape according to the material test (as per Table-1). There are two dials also mounted on the anvil for the measurement of the thickness of the test specimen at the time of preloading and the total load. There are two digital dials so that by taking the average value you can measure the accurate thickness. There is the software in the load monitor for the application of preload and major load for the specified period after that buzzer give the indication to note the dial gauge reading. Preload – A preload which shall include the weight of the penetrator itself and added weight of the penetrator itself and added weights to give the value specified within ± 1%. Preloads for various types of gasket materials are as shown in Table 1, unless otherwise specified. 

There is a selector switch on the control panel for the setting of load conditions as given below.

  • Mode 1= pre-load 22.2 N & total load 1112 N 
  • Mode 2= pre-load 4.4 N & total load 222 N
  • Mode 3= pre-load 4.4 N & total load 445 N
  • Mode 4= pre-load 4.4 N & total load 356 N  

There are two process of movement of the penetrator that is manual and other is auto. For testing purpose as per modes always use auto mode and for the movement of the penetrator always use manual. In manual mode for up and down movement first of all press the rotary switch for the up or down position and than in manual mode. And for AUTO mode switch off the digital monitor then select the mode and change the penetrator as per requirements then switch on the digital monitor. For testing place the test specimen on the anvil and then press the push to test switch.

 

All the parts are either painted/powder coating chrome plating for corrosion resistance long life.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Automatic Grade Automatic
Range 500 Kg
Least count 0.1 kg
Elongations 25 to 900mm
Traverse Speed Variable speed 50 to 500mm/min
Motor 1 Hp, 1425 rpm, Induction motor
Power required 220 VAC, 50Hz, 1000w, single phase
Feature Zero, Peak, Over Load, Over Travel Safety, Auto Reverse.
Unit Changing N, Kn, Kg, G
Control Up, Down, Stop

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Tensile strength and elongation are the two prime characteristics of most of the raw materials, whether they are metals: or non-metals: such as foam, rubber, textiles, plastic, paper: or finished products such as rods, wires, ropes, yarns, belts etcetera. These properties very often play the major role in determining the suitability of any raw material for any specific application. It is therefore, of utmost importance to determine these characteristics accurately, conveniently, and quickly.

Tensile Testing Machine provides a relatively inexpensive way for determining the tensile strength and elongation of variety of raw materials such as rubber, leather, fabric, plastics, Belts, wires etcetera. They are based on constant rate of traverse principle in which one end of the test specimen is held in a stationary grip, while the other end is made to move at a known fixed speed with the help of motor, gearbox and screw arrangement. The load exerted on the stationary grip is sensed by a load cell and indicated by a digital load indicator. The controller is microprocessor based and has the facility of over load protection, peak hold and auto calibration. The load directly indicated in kilograms or Newton.

The elongation of the test specimen is measured on a digital indicator fixed on the frame of the tester, which indicates the distance between the grips. The frame of the tester fabricated from heavy mild steel sections to give the required rigidity and strength. Various built in safety arrangements such as over travel protection are provided.

The tester is finished in metallic painting and bright chrome| zinc plating to give the apparatus a corrosion resistant finish. It is supplied complied which electrical. Which include micro-, switches, Push buttons, and contactors for safe and convenient operation.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Country of Origin India
Dimensions of the specimen mm 16mm diameter with minimum height of 6
Dimensions of rotating drum 150 mm diameter with x about 460 mm long
Speed of rotation of drum 40 rpm
Lateral movement of test specimen holder 4.2 mm per revolution of drum
Rotation of test specimen 1 revolution per 50 revolutions of drum
Load on test specimen 5/10N
Total length of abrasion run 40 meters (about 84 revolutions)
Related Standard ISO: 4649 – 1985,ASTM D5963, IS: 3400 (Part- III) - 1987

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In Din method of determine abrasion resistance of vulcanized natural or synthetic, a cylindrical rubber test specimen is abraded against an abrasive surface mounted on a rotating cylindrical drum in such a manner that abrasion takes place on one of the flat ends of the test specimen which is held against the abrasive surface under a specified load while being traversed across it. The ratio of the volume loss of a standard rubber to the volume loss of the test rubber measured under the same conditions, expressed as a percentage, gives the abrasion resistance index of the rubber under test.

Din Abrasion Tester is designed to determine abrasion resistance index of natural and synthetic rubber in accordance with the above principle. It consists of test specimen holder with a cylindrical opening adjustable between 15.5 to 16.3 mm to clamp the test specimen with an arrangement to adjust the length of test specimen protruding out. The holder is mounted by a screw mechanism along a length of a rotating drum on which the abrasive cloth is fixed. The movement to the screw mechanism and drum is given by an electric motor, gearbox and chain mechanism to give the specified speed of rotation to the drum and the specified lateral movement to the test specimen holder. The swivel arm and test specimen holder are so disposed that the test specimen is pressed against the drum under the specified load with its centre axis at an inclination of 3 degree to the perpendicular in the direction of rotation and placed above the longitudinal axis of drum. A rack and pinion arrangement to rotate the test specimen about its axis during the test (whenever desired) is also provided.

The abrasive cloth is firmly fixed to the drum using a suitable peel able adhesive with the ends of the abrasive cloth butt jointed together. The equipment is provided with limit switches which, in addition of giving over travel safety to the movement of test holder by preventing the lower edge of the test specimen holder to touch the abrasive cloth.

The equipment is built on rigid steel base and finished in grey metallic and bright chrome / zinc plating to give it a corrosion resistant finish. Moulding die, rotary type cutting die(hollow drill) for preparing test specimens and extra abrasive cloth are available as optional accessories.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Distance between supports 100 mm
Temperature controller 0 – 150º C X 1º C
Measurement of deflection Dial micrometer of range 0 – 10 X 0.01 mm
Loadings By dead weight to give loads from 100 gm to 1600 gm in Step of 10 gm.
Related Standard Astm D – 1525 and Astm D – 648

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The Apparatus for Temperature of Deflection under Load consists of a specimen support, an immersion bath, a set of weights under deflection –measuring device.The specimen support consists of a two parallel metal supports having rounded edges fixed at a specified distance on an aluminium frame. Load is applied on the test specimen midway between two supports. This block is fitted to the lower end of the vertical rod, which is guided inside a metallic sleeve and is constrained to move without rotating along a vertical axis. The upper end of the vertical rod carries a load carrying plate on which loading weight can be placed to load the test specimen. All the parts are made of aluminium having same co-efficient of linear expansion.

The immersion bath consists of a double walled reservoir having the  inner walls made from Stainless Steel sheet and outer walls made of mils steel sheet. The space in between the walls is filled with glass wool insulation. The liquid in the bath is heated by means of an immersion heater and the rate of rise of temperature controlled with the help of an electronic voltage regulator. A digital temperature controller is provided to restrict the maximum temperature of the bath.

The deflection of the specimen is measured with the help of dial gauge.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Range of temperature Ambient to 250ºC × 1 ºC Least count
Inner Size Available (in Inch) 14x14x14 (Model-14HAO), 18x18x18 (Model-18HAO), 24x24x24 (Model-24HAO)

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Determination of effect of ageing on various physical properties of different materials may be carried out by heating the material under test inside an air oven so that the effects of long term ageing are reproduced within a much shorter duration of time for this determination, physical properties of the material under test are determined before ageing and ageing the test specimen at the specified temperature for a set duration of time and subsequent to the room temperature before conducting the tests again.

Determination of various physical characteristics of different materials and products at elevated temperature may be carried out by heating the test specimen to the appropriate temperature inside a constant temperature air oven and determining the required characteristics with the specimen kept under the same temperature. For this purpose the equipment needed for conducting the determination can either be kept inside the oven along with the test specimen, or if this is not feasible because of certain constrains, by taken the heated specimen out from the oven and conduction the test in still air within the shortest possible span of time.

Our hot air Oven has a test chamber of double walled construction. The inner walls are made of stainless steel sheet and outer walls of CRCA sheet. The space between the two walls is filled with mineral wool for insulation. The chamber is fitted with two adjustable perforated shelves for keeping the test specimen or the test equipment on.

The oven is heated electrically with the help of heaters placed in ribs on the bottom and sides of the chamber. (An air circulating fan is provided on the back of the chamber for even temperature distribution) the temperature inside the test chamber is indicated and controlled by digital temperature controller.

The chamber is provided with two ports with adjustable openings for enabling natural change of air inside it by convection. These ports can also be used for providing electrical access to the test specimen kept inside the oven, if so desired.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Country of Origin India
Type Humidity Chamber
Weight 100-200kg
Condition New
Driven Type Hydraulic

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Humidity Chamber made of cubical shape, the inner body of the chamber made of Stainless Steel, there is a Stainless Steel water tank at the bottom of the chamber, an immersed heater is fitted to the tank for making Humidity. There are two wire mesh tray are also fitted to the chamber, the tray are removable, the test specimen are hold by the trays. There is a hinged door on the front of the instrument; a glass window is fitted to the hinged door. The outer body is made of Mild Steel duly powder coated to give it a corrosion resistant long life. There is a control panel on which digital Humidity Controller, a Digital Temperature and Switches for cooling, heating, humidity and mains are mounted. The cooling is done by Compressor and heating is done by Heaters. The Temperature Sensor and Humidity Sensor are fitted within the chamber.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Country of Origin India
Condition New
Automatic Grade Semi Automatic
Driven Type Hydraulic

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Specimen Cutting Press- Hydraulic tests are conducted on various materials or products and the test sample / slab is placed over a flat and smooth piece of plywood, hardwood, rigid plastic, or hard rubber (ebonite) while the cutting die is pressed down from the top to cut out the test specimens. We manufacture these test specimens of specified shapes and size which are to be cut out of the test samples and available in different designs and varied price as per the customer specification.

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MOQ : 1 Piece

Business Type Supplier, Retailer, Wholesaler
Power 230 Volts, 50Hz, single phase
Capacity Up to 25 J.
Release angle of pendulum 135 degree.
Resolution 0.1 J
Paint Powder coated
Related Standard Astm D – 256

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As per ASTM D - 256 to test impact resistance of plastics. The test indicates the energy required to break standard test specimen.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Country of Origin India
Area of specimen to be tested 40 mm²
Diameter of test specimen 22.6 mm
Diameter of indenter 25 mm
Range of thickness measurement 0 - 19 mm x 0.01 mm
Initial load on test specimen 7 kPa (286 g)
Final load on test specimen 2800 kPa (114 kg)
Range of spring dynamometer 150 kg

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The compressibility of rubberized cork composition sheets is determined by finding the percentage reduction in thickness of a test specimen taken from the sheet under test under a small initial load and a large final load. The percentage recovery is determined by finding the ratio between the recovery in thickness after removal of final load and the reduction in thickness under the final load, the thickness in unloaded state being measured with only the small initial load acting on the test specimen.

 The Compressibility and Recovery Tester for rubberized cork composition sheets consists of an anvil, an indenter which can be moved vertically inside a guide bush to apply the initial load on the test specimen kept on the anvil, and a lever arrangement to apply the specified final load on the test specimen.

 The indenter is made from steel and has a diameter of 25 mm. It also serves to apply the initial load. A dial gauge indicator is provided to measure the thickness of the test specimen at the center of the indenter.

 The major load is applied with the help of a spring dynamometer acting through a lever mechanism. The spring dynamometer is moved up with the help of screw arrangement. This movement causes the load on the lever to get transmitted to the test specimen through the indenter.

 The various components of the equipment are mounted on a sturdy fabricated steel base plate. The equipment is finished in dark shore blue metallic painting and bright chrome plating to give it a corrosion resistant finish.

 

RELATED STANDARDS

 IS 4253 (p 2) - 1980              :  Specification for cork composition Sheets 

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Feature Easy To Use, Electrical Porcelain, Four Times Stronger
Temperature Range Ambient to 299.9° C.
Diameter of heater tube cavity 9.55 mm.
Dimensions of piston head 9.47 mm Diameter X 6.35 mm Long
Dimensions of jets holes 2.095 mm X 8.00 mm Long
Weights 325 gm, 1050 gm, 2160 gm & 5000 gm.
Digital Timer 999 hrs.

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Melt Flow of thermoplastic material is defined as the rate of flow in grams per ten minutes of extrude of molten resins through a jet of a specified length and diameter under prescribed conditions of temperature, load & piston position in a cylindrical cavity inside a heated metallic tube barrel at the measurement is being made.

 

Melt Flow Index Apparatus for Plastic consists of a heated extruder tube, an interchangeable jet through which the material under test is extruded, and a piston with dead weights to apply the specified pressure on the material inside the extruder tube. The extruder tube is made from carbon steel and is heated by means of a Bend Heater, which surrounds its outer circumference. A PID controller is provided to indicate & control the temperature of the tube. The tube has a whole parallel to its bore for placing the thermocouple junction. The heater logged with mineral wool insulation. The assembly is fixed on a rigid stand. The bottom of the tube is lagged with a 3 mm thick insulation of PTFE to prevent sticking of the extrude. The jet through with the extruder is pushed out is made from hardened and ground die steel. It is held at the bottom of the extruder tube. The piston made from silver steel relieved at the upper end is provided to push the extrude out of the jet. The piston moves inside the cavity of tube. A sleeve to provide to guide the relieved portion of the piston. The top of the piston carries a plate-form for keeping the load on. The plate-form is thermally insulated from the load. The extruder tube assembly is mounted on a metal box. A sheet metal control panel is mounted on the side of the equipment & houses the PID Controller, DIGITAL PRESET TIMER at other electronic components. Cleaning tools for tube cavity and jets & stoppers & cutter for the extradite are also supplied with the equipments.

 

RELATED STANDARD:

ASTM-D- 1238 – 1982 : Standard test method for flow rate of Thermoplastic by Extrusion Plastometer.

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Material Stainless Steel
Power Source Electric
Application Laboratory
Type Rotary Shaker
Country of Origin India

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The shaker is mounted on ball bearing crankshafts to give an orbital circular motion to the flasks within a diameter of 2". Body made of thick Mild steel duly powder coated .

 

SHAKING SYSTEM

The efficient and diligent shaking system of our shaker has a shaking movement which is powered by a reliable heavy duty DC motor. The variable speed motor at the base the complete unit is mounted on a angle iron frame. Compact counter balanced drive mechanism ensures high stability and reliability even in continuous operation & uneven load distribution.

 

SHAKING SPEED

  • The variable shaking speed of shaker is between 50 RPM to 200 RPM
  • Speed is controlled by mechanical speed controller.
  • Supplied complete with cord & plug to work on 220 / 230 volts A.C. supply.
  • Conforming ISO & CE, GMP certified product
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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Minor Force 30.6+/- 2gm
Major force 550.5+/-1gm
Radio us of indenter 1.25mm
Dial gauge 0 – 10 X 0.01mm (Digital or Analogue)

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The hardness is obtained by the difference in penetration depth of a specified dimension ball under two conditions of contact with the rubber.

a) with a small initial force

b) with a much large final force

The differential penetration is taken at a specified time and converted to a hardness scale value.

The IRHD Tester made a vertical plunger. The lower side of the plunger has an indenter. The lower shape of the indenter is ball type of specified dimension. The upper sides of the plunger have a good eclectic conductive tip. The weight of the plunger and fitting attached to it is the minor force. A big brass weight is the major force of the specified weight. A dial gauge is attached to the instrument for the measurement of the penetration depth of the indenter to the rubber. An electricity operated buzzer, for gently vibrating the apparatus to overcome the slight friction is mounted under the cover of the instrument.

The tester is finished in NC based painting and bright chrome plating to give it a corrosion resistance finish.

RELATED STANDARD

ASTM D 1415 – 81 –Rubber property – International Hardness

 

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MOQ : 1 Piece

Business Type Manufacturer, Supplier, Retailer, Wholesaler
Load Range 0 to 100 kg X 10 gm.
Lever Ratio 1:5
Curvatures of Toe Pieces 25, 30, 35, 40 and 45 mm.
Length of Contact Arc 22 mm
Power consumption 100 W
Power supply 220 V.AC – 50/60 Hz

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The strength of adhesion of sole of a shoe to its upper is determined by measuring the force needed to pull off the sole from the upper. A suitable last is placed inside the shoe which is then placed on a straight edge acting as a fulcrum for applying load on the joint of the sole and upper. The maximum load the sole is able to withstand before coming off is determined and reported as the sole adhesion strength. This test can be carried out either at the heel or at the toe of the shoe. 

Sole Adhesion Tester consists of a load cell and digital indicator to indicate the load applied at the junction of the sole and the upper, a lever arrangement to transmit the load exerted on the toe piece to the spring dynamometer, a straight edge fulcrum for resting the shoe on during the test, and a set of interchangeable toe pieces having different curvature. 

The load indicator indicate the load applied on the joint directly in kilograms, taking into account the mechanical advantage of the lever transmitting the force from the toe piece to it. The indicator has the facility of peak hold and tare. 

There is an screw arrangement to hold the shoe with last and have the arrangement to up and down movement (load application to the shoe) with the help of the motor, gear box, and screw arrangement.

The toe piece are five in number and having different curvature to enable toes and heels of different shapes and sizes to be tested. The length of arc of each toe piece, however, is the same to ensure that the load is applied only on a fixed length of joint. They are made from carbon steel for giving a long operational life. Any one of the toe pieces can be held in the equipment at one time.

The fulcrum on which the shoe is placed during the test has adjustable height to enable soles of different thickness to be tested. The height of the fulcrum is adjusted with the help of spacer strips provided with the instrument.

The instrument is finished in painting and bright chrome plating to give it a corrosion resistant finish.

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