Extrusion

Vacuum Tank & Spray Tank

The sizing and cooling processes directly determine the product's geometric accuracy and physical properties. Maintaining a perfectly circular pipe profile

Contact us →
Vacuum Tank & Spray Tank

PRODUCT OVERVIEW

Designed around the production task.

Vacuum tank and spray tank configurations for controlled pipe geometry, surface quality and reliable downstream handling.

EQUIPMENT REFERENCE

Confirmed equipment, followed by the process context.

Vacuum tank & spray tank
01

Vacuum tank & spray tank

Vacuum sizing and spray cooling work together to support controlled pipe calibration and temperature reduction. Tank type, quantity and length are defined around material, pipe range, line speed, water conditions and the available factory layout.

02

High-efficiency spray nozzle

High-efficiency spray nozzles are arranged to support even coverage and practical cooling control. Nozzle layout, spray angle and maintenance access are selected for the specified pipe range and line conditions.

Stainless steel filter
03

Stainless steel filter

A stainless steel filtration arrangement supports practical circulation-water management. Filtration fineness, flow and cleaning intervals are defined around water quality and operating conditions.

Variable-frequency energy saving
04

Variable-frequency energy saving

Variable-frequency control can be configured to match vacuum and water-management demand to the operating condition. Final energy performance is confirmed for the selected equipment and project conditions.

CONFIGURATION ENGINEERING

Sizing and cooling defined by the pipe, water conditions and layout

Vacuum sizing and spray cooling are engineered as a connected pipe-calibration and temperature-management route. Tank type, quantity and effective length are defined from the material, complete pipe schedule, line duty, water conditions and usable factory layout.

01

Pipe geometry & calibration

The pipe range, wall schedule, material behaviour and surface requirement define the calibration task. Vacuum capacity, sealing arrangement and tank layout are reviewed for the selected pipe rather than selected by diameter alone.

02

Cooling circuit & water management

Spray coverage, circulation, filtration and water-management arrangements are configured around the available water conditions and cooling duty. The project defines practical maintenance access and the required interface with the utility system.

03

Tank length & line layout

Tank number, effective cooling length, centre height and equipment interfaces are planned with the available factory length, operating rate and adjoining haul-off arrangement. These items are confirmed with the complete line layout.

04

Project options

Vacuum and water-control functions, nozzle layout, filtration, heat exchange and measurement interfaces can be configured for the declared project requirements. Their final scope follows the agreed pipe range and utility conditions.

FOR A TECHNICAL PROPOSAL

Information that lets us define the right line.

  • Pipe material and complete OD × wall-thickness / SDR schedule
  • Target operating rate and number of outlets
  • Inlet-water temperature, flow, water quality and circulation arrangement
  • Available factory length, centre height and adjoining equipment interfaces
  • Surface-quality and measurement requirements
  • Site utility, maintenance and automation expectations

Tank selection, cooling length, water demand and energy performance are project calculations, not universal catalogue values. The final configuration is verified with the selected material, pipe schedule and complete line layout.

TECHNICAL DATA

Vacuum tank & spray tank model range

EquipmentModelPipe rangeLengthProcess arrangement
Vacuum tankGMVT63A-9/1φ16–63 mm9 mSingle chamber; −0.01 to −0.06 MPa
Vacuum tankGMVT315A-9/2φ50–315 mm9 mDual chamber; −0.01 to −0.06 MPa
Vacuum tankGMVT450A-9/1φ110–450 mm9 mSingle chamber; −0.01 to −0.06 MPa
Vacuum tankGMVT630A-9/1φ250–630 mm9 mSingle chamber; −0.01 to −0.06 MPa
Vacuum tankGMVT800A-9/1φ400–800 mm9 mSingle chamber; −0.01 to −0.06 MPa
Vacuum tankGMVT1200A-9/1φ630–1,200 mm9 mSingle chamber; −0.01 to −0.06 MPa
Vacuum tankGMVT1600A-10/1φ800–1,600 mm10.5 mSingle chamber; −0.01 to −0.06 MPa
Spray tankGMST63A-9φ16–63 mm9 m4 spray pipes
Spray tankGMST315A-9φ75–315 mm9 m6 spray pipes
Spray tankGMST450A-9φ110–450 mm9 m8 spray pipes
Spray tankGMST630A-9φ250–630 mm9 m8 spray pipes
Spray tankGMST800A-9φ400–800 mm9 m10 spray pipes
Spray tankGMST1200A-9φ630–1,200 mm9 m12 spray pipes
Spray tankGMST1600A-9φ800–1,600 mm9 m16 spray pipes

Vacuum tank

Model
GMVT63A-9/1
Pipe range
φ16–63 mm
Length
9 m
Process arrangement
Single chamber; −0.01 to −0.06 MPa

Vacuum tank

Model
GMVT315A-9/2
Pipe range
φ50–315 mm
Length
9 m
Process arrangement
Dual chamber; −0.01 to −0.06 MPa

Vacuum tank

Model
GMVT450A-9/1
Pipe range
φ110–450 mm
Length
9 m
Process arrangement
Single chamber; −0.01 to −0.06 MPa

Vacuum tank

Model
GMVT630A-9/1
Pipe range
φ250–630 mm
Length
9 m
Process arrangement
Single chamber; −0.01 to −0.06 MPa

Vacuum tank

Model
GMVT800A-9/1
Pipe range
φ400–800 mm
Length
9 m
Process arrangement
Single chamber; −0.01 to −0.06 MPa

Vacuum tank

Model
GMVT1200A-9/1
Pipe range
φ630–1,200 mm
Length
9 m
Process arrangement
Single chamber; −0.01 to −0.06 MPa

Vacuum tank

Model
GMVT1600A-10/1
Pipe range
φ800–1,600 mm
Length
10.5 m
Process arrangement
Single chamber; −0.01 to −0.06 MPa

Spray tank

Model
GMST63A-9
Pipe range
φ16–63 mm
Length
9 m
Process arrangement
4 spray pipes

Spray tank

Model
GMST315A-9
Pipe range
φ75–315 mm
Length
9 m
Process arrangement
6 spray pipes

Spray tank

Model
GMST450A-9
Pipe range
φ110–450 mm
Length
9 m
Process arrangement
8 spray pipes

Spray tank

Model
GMST630A-9
Pipe range
φ250–630 mm
Length
9 m
Process arrangement
8 spray pipes

Spray tank

Model
GMST800A-9
Pipe range
φ400–800 mm
Length
9 m
Process arrangement
10 spray pipes

Spray tank

Model
GMST1200A-9
Pipe range
φ630–1,200 mm
Length
9 m
Process arrangement
12 spray pipes

Spray tank

Model
GMST1600A-9
Pipe range
φ800–1,600 mm
Length
9 m
Process arrangement
16 spray pipes

This is a representative preliminary selection range. Final tank type, quantity and length must be calculated from material, complete DN × SDR or wall-thickness schedule, target output and line speed, inlet-water temperature and flow, available factory length, centre height and adjoining equipment interfaces.

PRODUCT INQUIRY

Discuss this system with Grace.

Share your raw material, product specification, capacity target and project country.

Email info@gracepm.com →