Soil Hardness Meter FG-104TR
Brand : Amittari
Soil Hardness Tester
Universal type penetrometer is based on the geotechnical experiment: the penetration of soil and the dry density of soil, the relationship between the relationship between the penetration and water content of soil and the relationship

between soil water volume and compactness, through a lot of penetration and ring cutting parallel contrast test And establish

the regression equation, the rate of penetration resistance between the dry density and the related data sheet. By measuring the penetration resistance and looking up the table, the dry density can be quickly obtained, and then the compaction

coefficient can be quickly calculated. Two, main technical parameters

High accuracy and high resolution.
* Digital display with no guessing or errors.
* With 3 measurement unit for selection and conversion, N, kg, lb,
* With peak value hold function.
* With 10 minutes auto power off and manual power off.
* Power can be supplied by either alkaline battery or 5V DC power.

Measuring range 0kg-100kg (0N-1000N)
Test depth 0cm-30cm
Material tested all kinds of backfill soil, clay, sand and mixed soil after rolling
Application environment highway, railway, reservoir, dike, dam and civil building, etc
Power 2 AA batteries(5 V dc matching)
Accuracy of the test ≤0.25%
shutdown mode Close automatically or manually shut down 10 minutes

The number one purpose of any mortar and pestle set is to grind solids into fine powders but under conditions that are highly controlled as to not produce any heating effects and to minimize and control any effects due to stretching of sometimes deformable materials. This is probably the most ancient device one is likely to find in a modern scientific laboratory or kitchen. Because of the ability to control the grinding, and also to virtually eliminate contamination from the mortar and pestle set itself, agate is the preferred material and is used in laboratories and the finest kitchens worldwide to prepare delicate sauces and pastes and for the grinding of dried spices and herbs. From a cross-contamination and cleanliness (hygiene) standpoint if in the kitchen, the high density agate is far more desirable than the more porous porcelain which could grow bacteria in the pores and present a health problem. If a mortar and pestle of metal construction is used, it is generally recognized that metal particles enter the ground powder, thereby presenting either a health concern or else a contaminant is precision scientific measurements are to be made on the ground powder.

The number one purpose of any mortar and pestle set is to grind solids into fine powders but under conditions that are highly controlled as to not produce any heating effects and to minimize and control any effects due to stretching of sometimes deformable materials. This is probably the most ancient device one is likely to find in a modern scientific laboratory or kitchen. Because of the ability to control the grinding, and also to virtually eliminate contamination from the mortar and pestle set itself, agate is the preferred material and is used in laboratories and the finest kitchens worldwide to prepare delicate sauces and pastes and for the grinding of dried spices and herbs. From a cross-contamination and cleanliness (hygiene) standpoint if in the kitchen, the high density agate is far more desirable than the more porous porcelain which could grow bacteria in the pores and present a health problem. If a mortar and pestle of metal construction is used, it is generally recognized that metal particles enter the ground powder, thereby presenting either a health concern or else a contaminant is precision scientific measurements are to be made on the ground powder.

High Purity Alumina Crucible For Lab Sample Preparation Alumina or aluminum oxide (Al2O3) in its various levels of purity is used more often than any other advanced ceramic material. Tigar Ceramic offers a wide range of material types with different property profiles that can be adjusted via a targeted matrix design. This material has very high hardness, very high stiffness, very good corrosion resistance to chemicals at high temperature, and very high refractoriness or use temperature. The applications for alumina advanced ceramics are heavy-duty forming tools, substrates and resistor cores in the electronics industry, tiles for wear protection and ballistics, thread guides in textile engineering, seal and regulator discs for valves, heat-sinks for lighting systems, protection tubes in thermal processes or catalyst carriers for the chemicals industry. Volume : 100 ml Material : Alumina Ceramic Color : White or light pink or light yellow Density : 3.70-3.90g/cm3 Raw material: 95% or 99.7% alumina ceramic Feature : High Temperature Resistance

High Purity Alumina Crucible For Lab Sample Preparation Alumina or aluminum oxide (Al2O3) in its various levels of purity is used more often than any other advanced ceramic material. Tigar Ceramic offers a wide range of material types with different property profiles that can be adjusted via a targeted matrix design. This material has very high hardness, very high stiffness, very good corrosion resistance to chemicals at high temperature, and very high refractoriness or use temperature. The applications for alumina advanced ceramics are heavy-duty forming tools, substrates and resistor cores in the electronics industry, tiles for wear protection and ballistics, thread guides in textile engineering, seal and regulator discs for valves, heat-sinks for lighting systems, protection tubes in thermal processes or catalyst carriers for the chemicals industry. Volume : 20 ml Material : Alumina Ceramic Color : White or light pink or light yellow Density : 3.70-3.90g/cm3 Raw material: 95% or 99.7% alumina ceramic Feature : High Temperature Resistance

Carboy with Spigot 10L LDPE NALGENE 2318-0020
Thermo Scientific Nalgene Round Carboys with Spigot low-density polyethylene; polypropylene spigot and screw closure, thermoplastic elastomer gasket Nalgene Round Carboys have a spigot boss which is molded in one piece with the carboy for convenience, strength and leak resistance. Suitable for collecting and dispensing distilled water, acids and reagents. details • Integral shoulder handles make lifting comfortable for four largest sizes • Molded-in spigot boss provides strength and leak resistance • Graduated/Leakproof
Cat. No. 2318-0020
Capacity : 10L (2-1/2 gal)
Closure size : 83B Neck I.D. : 64 mm OD : 250 mm Height with closure : 389 mm

Carboy with spigot Kapasitas : 25 liter
Cat. No : 2318-0065
Brand : Thermoscientific Nalgene 25 Liter
Capacity; Material: Low-Density Polyethylene (LDPE) Nalgene polypropylene carboys are suitable for collecting and dispensing distilled water, reagents, acids Graduated to deliver Spigot boss molded in one piece with bottle, for strength and leak resistance. Spigot closure included Excellent chemical resistance, a good choice for storing and dispensing stock solutions Sold Individually

Dewar Flask 1L, NALGENE
Cat. no. 4150-1000
Description:
High density polyethylene base and HDPE cover with polyethylene coated handle for strong, shatterproof performance Double-walled sides and CFC-free foam urethane insulation minimize heat leakage so samples stay cold longer Can be used from -196C to +100C Pour spout and bottom grip area for ease of removal of used liquids Vented, insulated cover allows for vapor escape but maintains sample temperature

Specifications :
Capacity (Metric) 1L Depth (Metric) Interior 195mm Depth (English) Interior 7.7 in. Diameter (Metric) Inner Mouth 96mm Diameter (English) Inner Mouth 3.8 in. Height (Metric) 251mm Height (English) 9.9 in. No. per Pack 1

High Purity Alumina Crucible For Lab Sample Preparation Alumina or aluminum oxide (Al2O3) in its various levels of purity is used more often than any other advanced ceramic material. Tigar Ceramic offers a wide range of material types with different property profiles that can be adjusted via a targeted matrix design. This material has very high hardness, very high stiffness, very good corrosion resistance to chemicals at high temperature, and very high refractoriness or use temperature. The applications for alumina advanced ceramics are heavy-duty forming tools, substrates and resistor cores in the electronics industry, tiles for wear protection and ballis tics, thread guides in textile engineering, seal and regulator discs for valves, heat-sinks for lighting systems, protection tubes in thermal processes or catalyst carriers for the chemicals industry.
Volume : 30 ml
Matyerial : Alumina
Ceramic Color : White or light pink or light yellow
Density : 3.70-3.90g/cm3
Raw material: 95% or 99.7% alumina ceramic
Feature : High Temperature Resistance

Carboy with spigot
Kapasitas : 25 liter
Cat. No : 2318-0065
Brand : Thermoscientific
Nalgene 25 Liter
Capacity :
Material : Low-Density Polyethylene (LDPE) Nalgene polypropylene carboys are suitable for collecting and dispensing distilled water, reagents, acids Graduated to deliver Spigot boss molded in one piece with bottle, for strength and leak resistance. Spigot closure included Excellent chemical resistance, a good choice for storing and dispensing stock solutions Sold Individually

500 ml Safety Bottle carrier,
Brand : NALGENE
Cat. No. 6505-0010
Description:
Secure bottles and reduce chance of bumping, cracking, or chipping. Thermo Scientific Nalgene 500mL LLDPE Safety Bottle Carrier offers greater rigidity and impact resistance. The sturdy, wide handle is molded in one piece with the base allowing a comfortable grip, even when the carrier is full. This linear low density polyethylene carrier holds up to six standard 500mL reagent bottles in any profile.
Specifications :
Color : Yellow
Holds : Six 500mL Bottles Cover latches securely to base and allow carriers to stack
Dimensions: 14L 10W 11H (35 25 28cm)

Stainless Steel Density Cup
Alat laboratorium umum untuk mengukur/menentukan density dari paint dan Varnishes Induvidual test and own serial number Kapasitas 50 ml Dilengkapi dengan certificate How to use a Density Cup: Weigh the Cup and Lid when empty Fill with the liquid Place lid on the Cup, removing excess liquid* Weigh the Density Cup when full Divide the weight by the cup volume/capacity to determine the Specific Gravity