Explosion Proof Aroma Recovery Equipment Alcohol Herb Extract Volatile Fragrance Distiller

Name: Explosion Proof Aroma Recovery Equipment Alcohol Herb Extract Volatile Fragrance Distiller
Brand: Chizhou Senbo Fluid Control Technology Co., Ltd.
SKU: 1997928911

Anhui, ChinaChizhou Senbo Fluid Control Technology Co., Ltd.

US$30,000.00

1 SET

US$28,000.00

2 SET

US$14,500.00

3+ SET

Product profile

Customization

Available

After-sales Service

Engineers Available to Service Machinery Overseas, Free Spare Parts, Online Support,video Technical Support

Application

Chemical Industry, Essential Oil Industry, Herbal Industry, Pharmaceutical Industry

Model NO.

CFDS

Capacity

100L-10000L, Customerized

Certification

CE, FDA, GMP, ISO

Condition

New

Customized

Extraction Method

Liquid-Solid Extraction

Machine Type

Centrifugal Distillation Unit

Material

Stainless Steel

Pressure Control

Customizable Pressure

Temperature Control

Customizable Temperature

Voltage

Customer Required

Warranty

1 year

Function

Centrifugal Distillation

Sealing Type

Mechanical Seal, Packing Seal

Control

Automatic/Semi-Automatic

Name

High Recovery Rate Aroma Recovery Equipment Tropic

Transport Package

Wooden Case with Steel Frame

Specification

stainless steel

Trademark

Senbo Fluid

Origin

Wenzhou, China

Production Capacity

1000pieces/Year

Key features

High-Efficiency Alcohol Recovery -- Can distill dilute alcohol from 30-50% up to 93-95%, with low alcohol content in residual liquid discharge, meeting environmental protection requirements

Energy-Saving Preheating Design -- Vertical tubular preheater uses waste heat from the residual liquid at the tower bottom to heat dilute alcohol to boiling point - no additional boiler steam required

Stainless Steel Corrugated Packing -- High-efficiency stainless steel wire mesh corrugated packing with large specific surface area, high porosity, low pressure drop, and excellent gas-liquid contact

Excellent Vapor-Liquid Separation Performance -- The distillation still inlet features a diversion trench design, not prone to foaming or vibration, with high evaporation efficiency

Advanced Liquid Distributor -- Trough-type liquid distributo; Anti-clogging, anti-deformation, suitable for multiple feed and withdrawal applications

GMP-Compliant Manufacturing -- All material-contact parts are made of stainless steel, offering excellent corrosion resistance and meeting GMP standards for pharmaceutical and food industries

Company profile

Chizhou Senbo Fluid Control Technology Co., Ltd.

Anhui, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service AvailableExport Year: 2019-05-02 CertifiedNearest Port: Ningbo Port, Shanghai PortAverage Response Time: ≤2.04h CertifiedTerms of Payment: LC, T/T, D/P, etc.

AI-Powered supplier vetting

SummaryWenzhou Jinbang Light Ind Machinery Co., Ltd. is a China-based limited company established in 1997, with more than 300 employees and manufacturing facilities covering approximately 60,000 m². It designs and manufactures pharmaceutical, traditional Chinese medicine, bioengineering, extraction, concentration, separation, purification, drying, and related processing equipment. Evidence indicates substantial production infrastructure, six production lines, pressure-vessel qualifications, EU CE certification, ISO 9001:2015 certification, and technical personnel including R&D engineers and senior or mid-level specialists. The company provides installation and after-sales maintenance and reports export activity across multiple regions, but export experience and export-sales share are relatively limited based on the stated data. No specific customer cases or detailed financial-credit evidence is provided.

Supplier typeThe supplier is a Chinese limited company that integrates R&D, manufacturing, sales, consulting, process-scheme design, installation, and after-sales maintenance for pharmaceutical and related industrial machinery. Its stated products include extraction, drying, concentration, separation, purification, tanks, reactors, and pressure vessels, clearly identifying it as a specialized manufacturing and processing-equipment supplier.

CertificationsThe supplier reports ISO 9001:2015 certification, EU CE certification, A2 Class III pressure-vessel design qualification, D1/D2 pressure-vessel manufacturing qualifications, and GC2 pressure-pipeline installation qualification. These explicitly stated certifications and qualifications support its ability to manufacture regulated equipment, although the provided slices do not independently verify certificate validity or scope.

After-Sales capabilityThe company explicitly states that it provides on-site installation and after-sale maintenance, and it holds a GC2 pressure-pipeline installation qualification. This supports a stated capability for installation and maintenance services, but the slices do not provide service-response metrics, service coverage, spare-parts information, or customer service records.

R&D capabilityThe company describes itself as a high-tech enterprise integrating R&D, manufacturing, and sales, with 19 years of R&D engineer experience, 28 senior and mid-level technical personnel, and four guest professors. These details provide explicit evidence of technical and R&D resources, although no specific patented products, R&D projects, or innovation outcomes are supplied.

Production capacityThe supplier reports three production bases, approximately 60,000 m² of manufacturing area, six production lines, more than 300 employees, and pressure-vessel manufacturing qualifications. It also states a one-month lead time in both peak and off-peak seasons, which supports a substantial and organized production capability, though actual capacity utilization and delivery performance are not documented.

Customization capabilityThe supplier explicitly provides consulting and scheme design in addition to manufacturing, and its product scope spans multiple equipment categories such as extraction, concentration, separation, purification, drying, tanks, reactors, and pressure vessels. This supports the ability to design equipment solutions around stated process requirements, but the slices do not include specific customized-project examples or engineering parameters.

Product Q&A

Q:What type of packing is used? What are its advantages?

CY-700 stainless steel wire mesh corrugated packing is used. Advantages include: Large specific surface area for thorough gas-liquid contact; High porosity and light weight; Low pressure drop and energy consumption; High operational flexibility with almost no low-load limit; Suitable for vacuum distillation and heat-sensitive materials

Q:What type of liquid distributor is used? What are its features?

A trough-type liquid distributor is used, featuring: Easy installation and uniform liquid distribution; High spray point density and extremely low pressure drop; Three functions: liquid collection, liquid distribution, and gas separation; Anti-clogging, anti-deformation, suitable for multiple feed and withdrawal applications

Q:How effective is the vapor-liquid separation in the distillation still?

The still inlet features a diversion trench design, allowing the vapor-liquid mixture to enter the evaporation chamber tangentially, creating high-speed rotation. Centrifugal force causes heavy liquid to flow down along the wall while light gas is extracted from above -- excellent separation, not prone to foaming or vibration

Q:How are the condenser and cooler configured?

Condenser: Horizontal shell-and-tube type with inner mirror-surface tubes. The shell side has multi-layer baffles, and the tube side is designed as a three-pass system to increase cooling water velocity and heat exchange efficiency Cooler: Further reduces the discharge temperature of the recovered solvent for stability

Q:Is the residual liquid discharge environmentally friendly?

Yes. After efficient distillation, the alcohol content in the residual liquid is very low, meeting environmental discharge requirements. The preheater also recovers waste heat, reducing the discharge temperature and minimizing thermal pollution