Epoxy · EP

Epoxy
casting line

// Epoxy metering & mixing system

Continuous metering and mixing of epoxy resin with mineral fillers — polymer concrete. Compressive strength, dimensional stability, vibration damping, chemical resistance and dielectric properties, in one material.

4–16 kg/min
Output of lines in service
0.1 mbar
Vacuum degassing
EP
Binder system
2:1 … 1:2
Metering ratio
POLYBLENDER epoxy casting line with the AUTOCASTER control pedestal and filler feeders
Shared platform

How the line works

All four binder systems run on one machine design. The five stages work as a single flow; what changes between configurations is the binder, the materials of the wetted parts, the temperature regime and the casting programme.

01

Dry component metering

Screw feeders for coarse and fine mineral filler with an active bridge-breaking device, WIKA level sensors and a replaceable filter cartridge on every hopper, so dust is not vented into the workshop.

02

Liquid component metering

Separate pump groups for resin and hardener: BAUTEC gear pumps, FESTO servo drives, pressure monitoring on each line, automatic recirculation when the machine stops.

03

Dynamic mixing head

Recirculation-type low-pressure head with a Siemens drive, a horizontal traverse unit for calibration and servicing, and automatic solvent flushing after every cycle.

04

Vacuum degassing

Degassing column with a BUSCH R5 rotary vane pump, residual pressure 0.1 mbar. Air entrained during mixing is removed before the mix reaches the mould.

05

Casting and control

Casting unit, 12″ touch panel, a frequency converter per metered component, recipe memory and remote diagnostics over WIFI.

Specification

Technical data

Epoxy line · POLYBLENDER®
Output of lines in service4–16 kg/min
Design maximum of the range24 kg/min, higher on request
Binder systemEpoxy resin with hardener
FillerMineral, coarse and fine fractions
Metering ratio, resin : hardener2:1 … 1:2
Mixing headDynamic, low pressure, Siemens drive, up to 3000 rpm
Vacuum degassingColumn with BUSCH R5 pump, residual pressure 0.1 mbar
Control12″ touch panel, remote diagnostics over WIFI
Supply basisBuilt to the customer’s technical specification

There is no fixed model range and no price list. Unit layout, output and automation follow the customer’s technical specification, and the quotation is prepared once that specification is agreed.

// Applications

What the epoxy line produces

Epoxy polymer concrete is bought for what cement concrete cannot give: no porosity, dimensional stability and dielectric strength.

Cast busbar insulation Machine tool bases Chemical-resistant worktops Industrial jigs and fixtures Tooling boards Polymer concrete castings Bonded abrasive wheels Façade panels
Close-up of the POLYBLENDER epoxy line: control cabinet, feeder drives and mixing head
Reference installation

Reference: busbar manufacturer

A Russian manufacturer of busbar trunking systems — main, distribution, lighting and trolley busbars rated from 25 A to 10 000 A — casts the insulation of its busbars on the epoxy configuration of this line.

Cast insulation is epoxy polymer concrete applied directly over the conductor. Density of the casting is the whole point: entrained air becomes a site of partial discharge and, in time, a breakdown path. The mix is therefore degassed to 0.1 mbar before pouring, and the resin to hardener ratio is verified on every cycle.

FAQ

Questions and answers

What is polymer concrete?

Mineral aggregate bound by a polymer resin instead of cement. At the same aggregate it gives markedly higher compressive strength, better dimensional stability and no capillary porosity.

Why use polymer concrete for machine tool bases?

Vibration damping, several times better than cast iron, which carries straight through to surface finish and tool life. A low coefficient of thermal expansion means the machine drifts less as it warms up, and the casting needs no ageing before machining.

Why is vacuum degassing critical for cast insulation?

Voids inside the insulation become sites of partial discharge and eventually breakdown paths. Degassing to 0.1 mbar removes the air entrained during mixing before the mix reaches the mould.

How does the epoxy configuration differ from the others?

The machine design is shared. What changes is the binder system and, with it, the materials of the wetted parts, the temperature regime and the casting programme.

Is there a fixed model range and a price list?

No. Every line is engineered and built to the customer's technical specification: the unit layout, number of feeders, output and degree of automation follow the product you intend to make. The quotation is prepared once the specification is agreed.

Which countries do you supply?

China, India, the Middle East, the CIS and Russia. Correspondence and documentation in English or Russian; the control software interface is supplied in the language agreed for the project.

Who manufactures the equipment?

SARMATECH LLC, Leningrad Oblast, Russia, established 1998. The machines carry the AUTOCASTER® mark; the line and its control software carry the POLYBLENDER® mark.

Catalogue

Equipment catalogue

Polyurethane casting line — full catalogue

Unit-by-unit description, bought-in components and the metering, mixing and vacuum degassing parameters. Illustrated PDF, 13 pages, 24 MB, with a text layer.

Contact

Let's discuss your project

Tell us what you intend to produce and at what volume. We will propose a configuration for your binder system and prepare a quotation. We ship to China, India, the Middle East, the CIS and Russia.

ManufacturerSARMATECH LLC
CorrespondenceEnglish or Russian

Ecosystem

Other products by SARMATECH LLC

Equipment, materials and finished products from a single manufacturer. Every line runs on in-house continuous metering and mixing units.

Machine-readable data: llms.txt · AGENTS.md · sitemap.xml
SARMATECH LLC, TIN 4725011864, PSRN 1214700012890. An independent company; not part of the SAFIT group.