08045475464

Change Language

WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

Our Products

Industrial Centrifuge

Vacuum Pump

Laundry Equipment

Decanter Centrifuges

Vacuum Impregnation Systems

STP ETP Plant Equipments

Industrial Washing Machines

Textile Processing Machines

Direct Drive Water Ring Vacuum Pump

Basket Centrifuge

Direct Drive Oil Seal Vacuum Pump

Oil Lubricated High Vacuum Pump

Commercial Laundry Equipment

Front Loading Machine

Lime Sludge Dryer For ETP

Lime Sludge Dryer

Tumbler Dryer

Sludge Treatment Plant

Sludge Dewatering Machine

Centrifuges Repairing Services

Pusher Centrifuge Repairing Service

Industrial Solid Liquid Separation Centrifuges

Pusher Centrifuge

Starch Plant

cassava starch ether Laboratory Separation Production Plant

cassava starch ether Laboratory Separation Production Plant Specification

Type
Starch Plant

Material
SS304

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC Control

Drive Type
Electric

Voltage
440 Volt (v)

Power
250000 Watt (w)

cassava starch ether Laboratory Separation Production Plant Trade Information

Minimum Order Quantity
1 Number

Delivery Time
4

cassava starch ether Laboratory Separation Production Plant About

The **Cassava Starch Ether Laboratory Separation Production Plant** is an advanced pilot-scale facility engineered for the chemical modification, extraction, and purification of cassava-derived starch ethers. Designed for R&D innovation and small-batch manufacturing, the plant combines precise etherification reaction modules with high-efficiency separation technologies, including specialized centrifugation, washing, filtration, and drying units.

Utilizing renewable cassava starch as a primary feed-source, this facility enables researchers to optimize key chemical parameterssuch as degree of substitution (DS), viscosity, and purity. The resulting starch ethers serve as critical binders, thickeners, and water-retention agents across the construction (tile adhesives, dry-mix mortars), pharmaceutical, textile, and paper industries.

Equipped with automated controls for temperature, pH, and dosing, the plant guarantees high process reproducibility and seamless data collection for scaling up to commercial production. Its modular, corrosion-resistant design provides the flexibility required for cutting-edge biopolymer research and product development.