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10T Compact Lab Press with Separable Hydraulic Pump & Safety Cover - YLJ-10T

10T Compact Lab Press with Separable Hydraulic Pump & Safety Cover - YLJ-10T

10T Compact Lab Press with Separable Hydraulic Pump & Safety Cover - YLJ-10T

YLJ-10T is a compact hydraulic machine of up to 10 metric tons for materials/chemistry research laboratories to prepare compound ceramic samples. YLJ-10 has a transparent protection shield and a separate manual hydraulic pump, which makes it easy to repair and replace.

Specifications:

Max. Pressure

10 Metric Ton
The pressure gauge is built-in

Gauge Pressure Value to Force Conversion

Force Applied to the Cylinder (Ton)	1	2	3	4	5	6	7	8	9	10
Gauge Displayed Pressure (Mpa)	1	4	9	13	16	20	23	26	30	34

Displayed pressure value to actual applied force conversion: 1 MPa = ~ 0.3 Ton
The actual force applied to the vessel cylinder (Ton) is equal to the force applied to your working piece
For calculating the actual pressure (Mpa) applied to your working piece, please follow the equations below:
P = T x g x 10/ (πr^2)

P: pressure (Mpa) applied to your working piece
T: force (metric ton) applied to the pressure vessel cylinder
g: standard gravity. g ≈ 9.8 m/s2
π: ~3.14
r: radius (cm) of the pressure vessel (3 cm)
*1000 Kg = 1 Metric Ton; 1 Mpa = 10 Kg/cm2

Hydraulic Machine

10 T Max.
The hydraulic cylinder travel distance is 45 mm
Cylinder diameter: 35 mm
Working space: 125LX100WX100H ( mm)
The manual hydraulic pump is separated from the cylinder for safe operation
When pressing with a small/short die, spacers are needed to obtain the desired pressure

Pressing Die (Optional)

Please click picture below to choose a pressing die

Application Notes

The pressing die is not suggested to be used for pressing powder with particle size < 30 microns. Small particles may slip into the gap between the pushing rod and the steel sleeve and cause damage to the sleeve during the compression. Ball mill and sieve the powder and apply only the 32~75 microns powder to the pressing die to avoid damage. Please consider using the 3'' Dia. Sieve Set No.200&450 Mesh to separate the 32~75 microns particles from the powder clumps. Please clean the mold using ethanol after completing each experiment.

$998.00

10T Compact Lab Press with Separable Hydraulic Pump & Safety Cover - YLJ-10T—

$998.00

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10T Compact Lab Press with Separable Hydraulic Pump & Safety Cover - YLJ-10T - Image 3

10T Compact Lab Press with Separable Hydraulic Pump & Safety Cover - YLJ-10T

YLJ-10T is a compact hydraulic machine of up to 10 metric tons for materials/chemistry research laboratories to prepare compound ceramic samples. YLJ-10 has a transparent protection shield and a separate manual hydraulic pump, which makes it easy to repair and replace.

Specifications:

Max. Pressure

10 Metric Ton
The pressure gauge is built-in

Gauge Pressure Value to Force Conversion

Force Applied to the Cylinder (Ton)	1	2	3	4	5	6	7	8	9	10
Gauge Displayed Pressure (Mpa)	1	4	9	13	16	20	23	26	30	34

Displayed pressure value to actual applied force conversion: 1 MPa = ~ 0.3 Ton
The actual force applied to the vessel cylinder (Ton) is equal to the force applied to your working piece
For calculating the actual pressure (Mpa) applied to your working piece, please follow the equations below:
P = T x g x 10/ (πr^2)

P: pressure (Mpa) applied to your working piece
T: force (metric ton) applied to the pressure vessel cylinder
g: standard gravity. g ≈ 9.8 m/s2
π: ~3.14
r: radius (cm) of the pressure vessel (3 cm)
*1000 Kg = 1 Metric Ton; 1 Mpa = 10 Kg/cm2

Hydraulic Machine

10 T Max.
The hydraulic cylinder travel distance is 45 mm
Cylinder diameter: 35 mm
Working space: 125LX100WX100H ( mm)
The manual hydraulic pump is separated from the cylinder for safe operation
When pressing with a small/short die, spacers are needed to obtain the desired pressure

Pressing Die (Optional)

Please click picture below to choose a pressing die

Application Notes

The pressing die is not suggested to be used for pressing powder with particle size < 30 microns. Small particles may slip into the gap between the pushing rod and the steel sleeve and cause damage to the sleeve during the compression. Ball mill and sieve the powder and apply only the 32~75 microns powder to the pressing die to avoid damage. Please consider using the 3'' Dia. Sieve Set No.200&450 Mesh to separate the 32~75 microns particles from the powder clumps. Please clean the mold using ethanol after completing each experiment.

Product Information

Shipping & Returns

Description

YLJ-10T is a compact hydraulic machine of up to 10 metric tons for materials/chemistry research laboratories to prepare compound ceramic samples. YLJ-10 has a transparent protection shield and a separate manual hydraulic pump, which makes it easy to repair and replace.

Specifications:

Max. Pressure

10 Metric Ton
The pressure gauge is built-in

Gauge Pressure Value to Force Conversion

Force Applied to the Cylinder (Ton)	1	2	3	4	5	6	7	8	9	10
Gauge Displayed Pressure (Mpa)	1	4	9	13	16	20	23	26	30	34

Displayed pressure value to actual applied force conversion: 1 MPa = ~ 0.3 Ton
The actual force applied to the vessel cylinder (Ton) is equal to the force applied to your working piece
For calculating the actual pressure (Mpa) applied to your working piece, please follow the equations below:
P = T x g x 10/ (πr^2)

P: pressure (Mpa) applied to your working piece
T: force (metric ton) applied to the pressure vessel cylinder
g: standard gravity. g ≈ 9.8 m/s2
π: ~3.14
r: radius (cm) of the pressure vessel (3 cm)
*1000 Kg = 1 Metric Ton; 1 Mpa = 10 Kg/cm2

Hydraulic Machine

10 T Max.
The hydraulic cylinder travel distance is 45 mm
Cylinder diameter: 35 mm
Working space: 125LX100WX100H ( mm)
The manual hydraulic pump is separated from the cylinder for safe operation
When pressing with a small/short die, spacers are needed to obtain the desired pressure

Pressing Die (Optional)

Please click picture below to choose a pressing die

Application Notes

The pressing die is not suggested to be used for pressing powder with particle size < 30 microns. Small particles may slip into the gap between the pushing rod and the steel sleeve and cause damage to the sleeve during the compression. Ball mill and sieve the powder and apply only the 32~75 microns powder to the pressing die to avoid damage. Please consider using the 3'' Dia. Sieve Set No.200&450 Mesh to separate the 32~75 microns particles from the powder clumps. Please clean the mold using ethanol after completing each experiment.

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