Upstroking Type Compression Moulding Presses

Product Description

Upstroking Type Compression Molding Presses

Backed with expertise & knowledge in this domain, we are counted amongst the foremost importers and exporters of Upstroking Type Compression Molding Presses. These molding presses are suitable for manufacturing of rubber products for automobiles industry, pharmaceutical industry & laboratories. Our offered range of compression presses is tested by our skilled experts for ensuring corrosion resistance, negligible maintenance and unmatched performance. Upstroking Type Compression Molding Presses is available in different specifications at industry leading prices.

Application Areas:

Melamine Crocking Moulding
Composite materials mouldings i.e. Bullet proof Jackets, Helmets, etc.
Plastic sheets etc.
Ply boad, MDF sheets, Particle Boards
Conveyor Belts / V-Belts, Rubber mats / Flaps/ Tyres / tubes etc.

Upstroking Type Compression Moulding Presses from Santec are designed as per international standards. These presses can also be tailor made as per client's specific application requirements. They can be used for different application across diverse industries such as :

Rubber products for automobiles, medical equipments etc.
Melamine Crocking Moulding
Composite materials mouldings i.e. Bullet proof Jackets, Helmets, etc.
Laboratory applications
Plastic sheets etc.
Ply board, MDF sheets, Particle Boards
Conveyor Belts / V-Belts, Rubber mats / Flaps/ Tyres / tubes etc.

Salient Features :

Salient Features of Upstroking Type Compression Moulding Presses

The low noise hydraulic power pack unit is designed as per international practices & assembled with internationally accepted make valves & other components. The presses are designed as per 151 guidelines, hence standard seals in heavy duty cylinders, bronze- bushes with lubrication arrangement are used.
The precisely honed carbon steel seamless tubes are assembled with hard chrome plated piston rod, EN-9, international quality sealing elements, imported from koria & Japan.
Manifold block mounted valves minimising piping, hence no leakage & easy replacement & maintenance.
With the help of PLC no. of breathings, breathing duration even in mili-seconds, curing time, temp. of platens, temp. variation range, desired pressure etc. may be programmed in the PLC.
During curing period, the electric motor stop & if pressure drops below certain value, it automatically starts maintain the pressure hence less strain to the hydraulic system, saves electricity, less noise, pollution, improves product quality
Soft opening of moulds is provided just after the curing period for the safety of the moulded parts
Ultrasonically tested quality plates are used of heavy thickness to make the frame more rigid & capable enough to the load during frequent & fast operations
All platens are having parallel accuracy, as platens are precisely grinded upto 0.01 to 0.02 mm parallel accuracy, with T-slots/ tapped holes & provision of heating & cooling arrangement as per DIN standards.

Technical Specifications :

Technical Specifications of Upstroking Type Compression Moulding Presses

Model

SCM-15

SCM-30

SCM-50

SCM-75

SCM-100

SCM-150

SCM-200

SCM-250

SCM-300

SCM-400

SCM-500

SCM-1000

Pressing capacity (Tons)		15	30/25	50/60	75	100	150	200	250	300	400	500	1000
Heating Platen size (mm)		250x250	300x300	350x350	400x400	450x450	500x500	600x600	700x700	800x800	900x900	1000x1000	1500x1500
Day light (mm)		8"	10"	12"	14"	16"	18"	20"	24"	24"	30"	36"	40"
No. of daylight		1	1	1	1	1	1	1	1	1	1	1	1
Stroke length (mm)		8"	10"	12"	14"	16"	18"	20"	24"	24"	24"	30"	30"
Platen temperature (max. Degree cel)		250	250	250	250	250	250	250	250	250	250	250	250
Heating capacity (Km/platen)		3	4.5	4.5	6	6	6	9	9	12	12	12	15
Oil tank capacity (Ltr.)		100	150	200	250	350	400	400	500	600	600	800	1200
Insulation plate thickness (mm)		20	20	25	25	25	30	30	30	30	30	30	30
No. of cylinders		1	1+2	1+2	1+2	1+2	1+2	1+2	1+2	1+2	1+2	1+2	1+4
Type cylinders		Double Acting Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 2ns. Jacking Cylinders	Single Acting + 4ns. Jacking Cylinders
Bore of piston size of main cylinders (each)		5"	6"	8"	9"	10"	12"	14"	16"	18"	20"	22"	30"
Max. working pressure (Kg/cm2)		210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)	210 (Kg/cm2)
Mode of heating		Electric	Electric	Electric	Electric	Electric	Electric	Electric	Electric	Electric	Electric	Electric	Electric
Electric motor 3 phase, 1440 r.p.m.		3H.P.	5H.P.	5H.P.	5H.P.	7.5 H.P.	7.5 H.P.	10 H.P.	15 H.P.	20 H.P.	25 H.P.	30 H.P.	50 H.P.
Pump		Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump	Vane Pump
Weight of the Press (Tons)		2.5	3-4	5	5	6	8	10	12 - 13	15	16	18-20	30-35
Speeds	Approach	20	50	50/60	70-100	80-100	90-100	100	100	100	100	100	150
	Pressing	3	8	10	15-20	15 -20	15 -20	15 -20	15 -20	15 -20	15 -20	15 -20	15 -20
	Return	30	60	60/70	120	120	120	120	120	120	120	120	120
T-slots size		T-16	T- 16	T- 16	T-20	T-20	T-20	T-20	T-20	T-20	T-20	T-20	T- 20
Noise - dba		85	85	85	85	85	85	85	85	85	85	85	85