Flexometer Dealers

• Type: Testing Apparatus
• Certification: ISO 9001:2008
• Application: Testing Use
• Weight: 40-50kg
• Color: Light White
• Voltage: 220V
• Condition: New
• Power: 800-1600W
• Driven Type: Electric
• Temperature Range: ambient to -20C
• Warranty: 1yrs
• Automation Grade: Semi Automatic
• Country of Origin: India
• Brand Name: Asian

• Type: Meters
• Material: Aluminium
• Shape: Square
• Voltage: 110V
• Application: Industrial, Laboratory
• Display Type: Digital
• Rated Power: 100W

The ability of light leather to withstand repeated flexing without cracking is determined by the Flexo Meter. Repeated flexing endurance is carried out by folding the specimen and holding it with the help of grips. The assessment of the damage caused to the specimen is recorded. Digital display of results is provided. Our company is second to none in the field of Flexo Meter manufacture, supply and export in New Delhi. The offered Flexo meters are acclaimed for the accurate results they produce. Technical Specification : Angle of oscillation of grips : 22.5o ± 0.5o Flexing frequency : 100 ± 5 cycles/minute Dimensions of test specimens : 70 x 45 mm No. of specimen test at a time : 6 or 12 Digital counter : Five Digit Pre-Set Counter Motor : 0.25 HP single-phase Power : 220 V AC 50 Hz Other Information : Minimum Order Quantity : 01 Set Port of Dispatch : Delhi -India Production Capacity : 30 Sets per month Delivery Time : 15 days Packaging Details : Wooden Packing

The flexometer is the internationally-accepted method for the assessment of the flexing endurance of light leathers and their surface finishes. The tendency for cracks to form in the creases caused by walking can also be determined. The Bally flexer has a different flexing mechanism to the vamp flexer and is complementary to it. It is also used to precondition samples prior to determining water vapour permeability - particularly in assessing uppers for protective footwear. The Ability of light leathers and leather–cloth used in manufacture of shoe uppers. Gloves, and garments to withstand repeated flexing without cracking is determined with the help of a flexing endurance test in this test specimens in shape of rectangular pieces are folded and clamped at each end to maintain them in a folded position in a set of grip s, one of which is fixed while the other is able to oscillate. The movement of the oscillating grip causes the fold in the test specimen to run along its center. This operation is carried out repeatedly and the test specimens inspected periodically to assess the damage produced. The equipment used for this is called as Flex-o-meter.   Core advantages: The twelve stations are conveniently arranged for user access and the mounting of samples. A predetermined counter is fitted to the machine, allowing it to be operated without continuous attendance as the machine stops automatically once the set count is reached.   Relevant Specification IS 5914-1970 : Methods of physical testing of leather , LP19: Flexing endurance IUP/20-1963 : Official methods of international union of leather chemist Society IS 15298 (Part – 1) : 2002 , ISO: 8782 – 1 : 1998 EN ISO 20344:6.6, I.U.P.10+20, I.U.P.20, UNI 4818, DIN 53.351 Dauer-Faltverhalten, UNE/I.U.P.20

• Country of Origin: India
• Application: Industrial Use
• Voltage: 220-240V
• Display Type: Digital
• Driven Type: Electric

Product Description   The ability of light leathers and leather-cloth used in manufacture of shoe uppers, gloves, and garments to withstand repeated flexing without cracking is determined with the help of a flexing endurance test.   In this test, test specimens in shape of rectangular pieces are folded and clamped at each end to maintain them in a folded position in a set of grips, one of which is fixed while the other is able to oscillate. The movement of the oscillating grip causes the fold in the test specimen to run along its centre. This operation is carried out repeatedly and the test specimens inspected periodically to assess the damage produced. The equipment used for this test is called as Flexometer.   The Flexometer is built on a rigid metallic base plate. Test specimens are held between a pair of stationary and oscillating grips. The grips are specially designed to enable quick fixing and removal of test specimens and are shaped to meet the specification of the test.   Motion to the oscillating grips is given through a link mechanism, which oscillates the shaft on which the grips are mounted. All the pivot points of the mechanism have ball bearings to ensure smooth operation and a long working life.   The link mechanism is give motion from an electric motor and two sets of V-pulleys. A six-digit electronic counter with key-reset and backup memory is provided to record the total number of flexing cycles undergone by the test specimens.   The apparatus is finished in bright chrome / zinc plating and grey hammertone stoving painting to give it a corrosion resistant finish.   The standard model of flexometer can test upto six specimens at one time. Special models capable of testing either twelve or twenty-four test specimens at one time can also be offered against specific requirements.   Specimen cutting die and cutting press are also available as optional accessories.

the ability of light leathers such as those used in shoe uppers, gloves and garments to withstand repeated flexing without cracking is determine with the help of a flexometer. The test specimen in the shape of rectangular pieces are folded and clamped at each end to maintain them in a folded position in a set of grips, one of which is fixed while the other is able to oscillate. The movement of the oscillating grips causes the fold in the test specimen to run along its fold. This operation is carried out repeatedly and the test specimens inspected periodically to assess the damaged produced.  

Flexometer is used for the assessment of the flexing endurance of light leathers and their surface finishes. The ability of light leathers such as those used in shoe uppers, gloves and garments to with stand repeated flexing without cracking can be accurately determined with NUNES Flexometer. This testing equipment is built on a rigid metallic base plate. The test specimen is held between a pair of stationary and oscillating grips. The grips are specially designed to enable quick fixing and removal of test specimen and are shaped to meet the specifications. A six digit even electronic counter with key reset and backup memory is provided to count the total number of flexing cycles undergone by the test specimens. The equipment is able to carry out number of flex cycles per test. Features   • All the pivot points of the apparatus have ball bearing to ensure the long life and smooth operation• The apparatus is finished in bright chrome/ zinc plating and NC based painting for a corrosion resistance finish• Electronic counter with key reset and backup memory to count the total number of flexing cycles

• Power Source: Electrical
• Voltage: 210-240V
• Features: The apparatus is finished in bright chrome/ zinc plating and NC based painting for a corrosion resistance finish
• Flexing Frequency: 140 + 10 cycles/minute
• Max Flexing Shoe: 35 to 45 Degree
• Eccentricity: 80 mm
• Phase Type: Single Phase

• Phase: Single and Three Phase
• Voltage: 220/415 Volt
• Current: 5 Amp
• Usage: Laboratory

The GLOBE Flexometer is built on a rigid metallic base plate. Test specimens are held between a pair of stationary and oscillating grips. The grips are specially designed to enable quick fixing and removal of test specimens and are shaped to meet the specification of the test. Motion to the oscillating grips is given through a link mechanism, which oscillates the shaft on which the grips are mounted. All the pivot points of the mechanism have ball bearings to ensure smooth operation and a long working life. The link mechanism is give motion from an electric motor and two sets of V-pulleys. A six-digit electronic counter with key-reset and backup memory is provided to record the total number of flexing cycles undergone by the test specimens. The apparatus is finished in bright chrome / zinc plating and shore blue matalic painting to give it a corrosion resistant finish. The standard model of flexometer can test upto six specimens at one time. Special models capable of testing either twelve or twenty-four test specimens at one time can also be offered against specific requirements. Specimen cutting die and cutting press are also available as optional accessories.

• Application: Industrial Use
• Voltage: 210-240V
• Power Source: Electrical
• Max Flexing Shoe: 35 to 45 Degree
• Phase Type: Single Phase
• Eccentricity: 80 mm

Designed and manufactured in accordance with ASTM D623 & ISO 4666 standards. By means of applying constant load and compression frequency to the test specimen, this instrument could help the user to understand the history of Heat Built-up and dynamic fatigue poeperties of rubber compounds. For example, while tests the tire compound, it could provide the information of rolling resistance. Pt100 temperature sensor, temperature controller in PID parameters control, and air circulator are adopted to ensure the stable temperature control. Real time detects the heat built-up and deformation of test specimen, and synchronous displaying the graphic on the monitor. Automaticlly calculates deformation ratio of test specimen after test is finished; and then all the data and curves will be saved.

• Voltage: 220 V
• Frequency: 50 Hz
• Display: Digital Display
• Accuracy: 5 %
• Usage/Application: Laboratory
• Material: Stainless Steel
• Automation Type: Semi Automatic
• Output Resistance: 1 Kilo Ohms

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