Laboratory Apparatus

Product Details:

Standard Range:

Owing to the technologically advanced manufacturing units, we are offering a sustainable variety of Cloud And Pour Point Apparatus. Available at market-leading price, these products are fabricated utilizing quality-approved raw material, procured from the most authentic and reliable vendors in the industry to ensure quality product.

 

Features:

 

• Heavy duty product

• Optimum performance

• Durability

Additional Information:

• Item Code: IP-15-16

Product Details:

We are the leading supplier of Crucibles Lids Basins.

Crucibles - lids – basins:

Silica ware

Silica crucibles & lids (fused) regular form superior quality:

Capacity :

• 15cc
• 25cc
• 50cc
• 80cc
• 100cc
• 150cc

Silica crucibles & lids (fused) tall form:

Capacity :

• 15ml
• 20ml
• 30 ml
• 50 ml

Silica basin with spout (fused):

Dia.mm / Cap :

• 48-52 / 20 ml
• 55-60 / 35 ml
• 45 ml
• 70-75 / 70 ml
• 85 ml
• 80-85 / 100 ml
• 90-95 / 150 ml
• 98-103 / 200 ml
• 107-110 / 250 ml

Silica cooking crucible with projection : (V.M.) volatile matter determination:

• Crucible
• Lid
• Plunger

Silica gooch crucible (fused) thiasil

Silica stand for V.M.Crucibles (muffle trays):

• 2 Holes Plate
• 4 Holes Plate
• 2 Holes Quartz Stand for V.M. Crucible
• 4 Holes Quartz Stand for V.M. Crucible

Product Details:

WHATMAN Filter paper Filter Papers & Membranes Whatman(TM) offers an extensive line of filter papers. The innovative features of these
filters make them the perfect choice for many filtering techniques. The qualitative and
quantitative filter papers are manufactured from high-quality cotton linters. There is a wide
choice of retention/flow rate combinations to match numerous laboratory applications. The
different groups of filter papers offer increasing degrees of purity, hardness, and chemical
resistance. Whatman(TM) quantitative filter papers have extremely high purity for analytical
and gravimetric work.
Whatman Grade 1 Diameter

42.5 Cat No. 1001 042

47 Cat No. 1001 047

55 Cat No. 1001 055

70 Cat No. 1001 070

90 Cat No. 1001 090

110 Cat No. 1001 110

125 Cat No. 1001 125

150 Cat No. 1001 150

185 Cat No. 1001 185

240 Cat No. 1001 240

270 Cat No. 1001 270

320 Cat No. 1001 320

460x570 Sheets Cat No. 1001 917

460X570 Sheets Cat No. 1001 918 500 NO. pk

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)

Product Details:

Smoke Point Apparatus determines the smoke point of kerosene and aviation turbine fuel by measuring the maximum flame height prior to smoke formation and comparing the results with those of known standards.

 

• Tripod stand, lamp body and chimney
• Viewing window
• Robust construction
• Calibration and verification equipment available

 

Benefits:

The smoke point gives an indication of aromatic content and radiant heat transfer characteristics and has good correlation with ASTM D1740 (Lumino meter number).Comprises a tripod stand, lamp body, and chimney. The measuring scale is viewed through a curved glass window on the front of the instrument. A mirror (10450-0) can be attached to the chimney to aid smoke detection. Supplied with candle assembly and certified wick.

Methods:

• ASTM D1322: Standard test method for smoke point of kerosene and aviation turbine fuel
• IP 57 - Petroleum products: Determination of the smoke point of kerosene
• BS 2000 Part 57: Petroleum products. Determination of the smoke point of kerosene
• ISO 3014: Smoke Point
• NF M07-028: Smoke Point

 

 

Specifications:

 

 

 

Description:

Scope:

• This method of test is designed for the determination of the closed flash points of cutback bitumen’s of which the flash points do not exceed 230’ F ( 110’ C).  Use is made of a modified form of the Abel apparatus.
• The results obtained by this method do not differ appreciably from the minimum flash point of the material under equilibrium conditions of temperature and  vapour pressure.

Outline of Method:

The sample is place in the cup of an Abel flash point apparatus and heated at a very slow uniform rate with stirring.  A small test – flame is directed into the cup at regular intervals, and the flash point is taken as the lowest temperature at which application of the test flame causes the vapour above the sample to ignite.

Apparatus:

• Flash Point Apparatus-  The apparatus to be employed shall be an able flash point apparatus with stirrer, as described in IP 33, Appendix I, but provided with means for mechanical stirring. 
• Provision shall also be made for maintaining a good circulation in the water-bath, e.g.   by means of a gentle stream of air being introduced through a fine tube entering the bath through a hole bored for the purpose.
• Thermometers – Conforming to the specification IP 43, F or C, and IP 44, F or C.

Sample:

In view of the case with which volatile matter can be lost from some cutback bitumen’s, all possible precautions should be taken against excessive handling of the sample in order to minimize its exposure to the atmosphere.  In all cases, samples for the flash point test must be submitted in closed containers and it is strongly recommended, particularly in cases of dispute, that a separate sample (at least 4 oz (100g) should be made available for this test.

Procedure:

• If the sample is too viscous for ease of pouring at laboratory temperature, warm it gently in its closed container in a water-bath taking care not to raise the temperature of the sample higher than 20’ F (11’C) below its flash point.

Calculation and Reporting:

• Correct the observed flash point to standard atmospheric pressure using the following rule:
• For each inch (25 mm) below 29.92 inches (760 mm) barometric reading, add 1.6’ F (0.9’C) to the flash point.
• For each inch (25 mm) above 29.92 inches (760 mm) barometric reading, sub tract 1.6’ F (0.9’C) from the flash point.
• Report the corrected flash point to the nearest 1’F (0.5’C) as flash point  (Closed) of cutback Bitumen, IP 113.