LENSER

Company

Your partner for filtration

LENSER develops and produces filter elements for a variety of industrial applications. Field-tested filter cloths as well as comprehensive consultation for all filtration-related processes complete our product and service offerings. Customers around the world rely on the superior properties of LENSER products and services.

With the experience of 45 years, LENSER plays an important role in ensuring the economic success of its customers.

Carlos Macri

Sales

››We know our customers personally – around the world‹‹

Our technological and productive base is located in Germany. Thanks to production locations and representations in the global growth markets, we are always close to our customers. Since 2005, LENSER, as an independent company within the ANDRITZ Group, has been increasingly developing its powers of innovation in the global marketplace.

Anja Menzel

Product development

››We come up with ideas‹‹

LENSER has set new standards with its development of a polypropylene membrane filter element:
Thanks to the production experience and process know-how gathered over decades, LENSER is able to continuously increase the efficiency and profitability of filtration. And the development is continuing.

Frank Wenger

Head of Projects & Quality Management

››We integrate processes methodologically‹‹

Our employees’ awareness and understanding of integrated business processes, as well as good corporate communication, are a guarantee for high quality products and processes. That is what our customers appreciate.

Senden/Germany

Kuala Lumpur/Malaysia

Shanghai/P.R.China

Montoursville/USA

LENSER Filtration GmbH

Breslauer Straße 8
89250 Senden/Germany

Tel. > +(49) 73 07 - 8 01 - 0
Fax > +(49) 73 07 - 80 11 13
E-Mail > mailbox@lenser.de

Lenser Asia Sdn Bhd

No. 20, Jalan PJU 3/49
Sunway Damansara
47810 Petaling Jaya
Selangor / Malaysia

Fon > +(60) 3 - 78 03 78 87
Fax > +(60) 3 - 78 06 28 87
E-Mail > malaysia@lenser.de

LENSER China, LAC

Shanghai Representative Office
15F, Tower B, Baoland Plaza
588 Dalian Road
200082 Shanghai / P.R. China

Fon > +(86) 21 - 31 08 93 78
Fax > +(86) 21 - 31 08 93 79
E-Mail > lenser@sh163.net

Lenser Filtration

117 South Arch Street
Montoursville, PA. 17754-2303/USA

Tel. > +(1) 508 - 4 04 14 09
Fax > +(1) 508 - 4 04 14 59
E-Mail > robert.iovino@lenserusa.com

> Your personal contact

Romuald Krawietzek

Construction

››We leave nothing to chance‹‹

By using precise procedures we ensure
particularly reliable and reproducible results
– for perfect product design.

Project management

Our customers profit from exact suggestions on how to increase quality and efficiency. With the help of Failure Mode and Effects Analysis (FMEA).

Reduction of cycle times during pressing
Better pressing results
Increasing efficiency during application

We use Filos® software for procedural
analyses. It is used to determine the optimisation potential when using our filter elements and to the develop the product design further.

Product management

We already simulate the behaviour of the filter elements with the help of software during the design process.
That provides important insights - to the advantage of our customers:

Adaptation of the product design
Optimization of weight
Identification of maximum stress levels

We accompany the new development of filter presses from the beginning and construct the suitable filter elements using the Finite-Element-Method (FEM).

Quality management

Even after years, our customers can easily re-order our products. Because LENSER is certified according to DIN ISO 9001.

Defined production processes and program-controlled production guarantee reproducible quality standards.

CAD-made production designs ensure seamless technical documentation.

Manuel Fiore

Plant manager

››Our success is teamwork‹‹

Manuel Fiore got to know LENSER as a student trainee. Today he is an engineer and responsible for the entire production. Trustful teamwork and commitment to training and advanced
training are the prerequisites for continuous company development and the capacity for innovation.

Applications

We are looking forward to receiving your unsolicited application.

Vocational training

Process engineers for plastics and rubber engineering
Industrial clerks
Construction mechanics
CNC basics and advanced level
Machine operators
Plastics quality inspector

Advanced training

HR specialist
Business administration
Business administration and operations
Advanced training as a master craftsman ("Meister")
Master in technical management
3 year dual training at the Business School Memmingen (BSM)

Retraining

We also give our employees the opportunity of vocational retraining in a variety of occupations.

Contact us!

ACHEMA
11.-15.06.2018
Frankfurt am Main
Hall 5.0 Stand A8
Link

LENSER investing in world's largest heating element welding plant in Senden

In order to increase efficiency, ever larger membrane filter elements are being used, particularly in raw materials production. LENSER Filtration GmbH has now reacted to that by investing in the largest heating element welding plant in the world. The new plant at the headquarters in Senden will soon enable the welding of membrane filter elements with a format of up to 2.5 by 3 meters. As market leader in the production of filter elements made of thermoplastic synthetics, LENSER is thus securing a decisive product advantage and strengthening its location in Senden.

Apart from the plant in Senden, LENSER also has production facilities in Romania and sales offices in USA, China and Malaysia, which also underlines its presence in the most important growth markets.

Your contact person in our human resource department:

Mrs. Braun
Mrs. Kohl

Phone: +49 07307 801-0
EMail: personal@lenser.de

There are no current international job vacancies.

Applications

Sugar or beer, pigments or drinking water

Every day we use a variety of products that are made with the help of filtration procedures.

The same applies for raw material production and the chemical industry, where filtration plays a vital role.

LENSER filter elements have been used successfully in all kinds of application areas for decades. Product developments by LENSER have made filtration more efficient and effective.

Chemicals

Example > Production of pigments

Our customers achieve shorter production times with LENSER membrane filter elements.

> Case study

Challenge

Long cake washing times and unsatisfactory results have a
negative effect on the profitability of pigment production.

Solution

> Development of membrane filter elements with customer-specific product design

> Targeted redesign and optimisation of filtration surfaces

> Modification of the filling channels and channel design in order to regulate the flow speed

> Configuration of filter elements with exchangeable membranes

Advantages

> Avoidance of crack formation and short-circuits in the cake during cake washing

> Excellent results through extensive, even washing of the cake

> Energy savings through increased dry solids content

> Distinct improvement of efficiency through reduction of all production and cycle times

> High process stability through exchangeable membranes

Food

Example > Sugar production

LENSER ensures the best possible equipment availability during the sugar campaign.

> Case study

Challenge

> Increasing efficiency and prolonging durability of filter elements

> Highest possible equipment availability during the seasonal sugar campaign

Solution

> Refitting with LENSER membrane filter elements with application-specific design

> Easier cleaning through smooth and dimensionally stable surfaces

> Optimisation of chamber volume and cake washing through external and corner feed ports respectively, and omission of supporting dogs

Advantages

> Maximum throughput with short filtration time and optimal cake build-up

> Best de-sweetening results with short washing time and low water consumption

> Simple handling and maintenance-free filter elements

> Long membrane service life and high degree of utilization

> Consistent, reliable results

Mining

Example > Coal

LENSER filter elements enable the economic mining of deposits with low material content.

> Case study

Challenge

> The mining of deposits with low material content requires ever more powerful equipment in order to come to grips with the mass throughputs.

> In order to reduce the cycle times, the ancillary times have to be minimised.

> Only through large filter elements with at least 10sqm filter areas can the necessary chamber volume be reached. At the same time, a long membrane service life is expected.

Solution

> Development of a filter element package consisting of membrane and chamber filter elements with a format of 2440 mm

> Reduction of spare part costs through the use of exchangeable membranes

> Design optimisation in respect to membrane movement during filling and squeezing that is gentle on material, quicker discharge of filtrated matter and more efficient sparging of the filter cake

Advantages

> Increase of durability of membrane filter elements to more than 150,000 cycles (example: coal tailings)

> Exchangeable membranes enable the use of air as a squeezing medium

> Reduction of cycle times through low amount of large-scale filter elements for the same chamber volume

> Reduced costs for maintenance and spare parts

Minerals

Example > Calcium hypochlorite production

LENSER prolongs the filter element service lives.

> Case study

Challenge

> Premature breakdown of membrane filter elements made of polypropylene due to high chlorine loads

> Pressure differentials and plate breakages caused by uneven chamber filling due to blocked filter channels

Solution

> Testing and selection of new materials to prolong service life and reduce the influence of chlorine

> Modification of filter element design in respect to avoiding the use of corrosion-resistant, expensive precious metals

> Use of support/distribution rings for process optimization

> Modification of filter cloths with respect to the prevention of cake formation in feed ports

Advantages

> Cost reduction through considerable increase of membrane service life

> Better and more even filling of the chamber

> Improvement of cake release

> Homogenous and dry filter cake

Sludge

Example > Sludge utilization

The LENSER Ultra Dry procedure enables filtration, sterilization and drying in one step.

> Case study

Challenge

> Use of sludge in agricultural fertilization complicated by tightened regulations

> Failure to observe the statutory hygiene standards with the conventional filtration process

> High costs for the required downstream sterilisation of the filter cake due to the high energy expenditure

Solution

> Development of the LENSER Ultra Dry procedure, a combination of steam pressure dehumidification and conventional vacuum contact drying in one device

> No need for an additional dryer

> Option to modify existing facilities with reasonable expenditure

> Sterilisation and drying of filter cake at low temperatures in the filter press

Advantages

> Low investment costs for the Ultra Dry system and little space required

> Increase of the filter cake's dry solids content from 40% to 99%

> Reduction of transportation costs

> Possible use of filter cake as secondary raw material in refuse incineration

> Reduced maintenance costs due to lower process temperatures

Products

LENSER has been designing, manufacturing and selling successfully filter elements for filter presses for more than 45 years.

Process know-how in a wide range of applications was constantly built-up together with original equipment manufacturers (OEM) and end users, who both appreciate our technical expertise.

This way LENSER became the most innovative market player owning today’s global technical leadership.

As additional services to our extensive program of tailor-made filter elements (PRESS ELEMENTS) we offer a unique range of filter cloth solutions (PRESS TEX) that are perfectly adapted to the corresponding filter element and can be mounted at our facility when ordered together with our filter elements (MOUNTING SERVICE).

By implementing the 3-IN-1 solution LENSER meets requirements of modern filter press installations or wear-part replacements.

Membrane filter elements

LENSER® membrane
filter elements KM

LENSER membrane filter elements enable mechanical
squeezing of the filter cake after the actual
filtration process.

Advantages

Energy cost savings
Higher throughput rate
Higher dry solids content
Shorter filtration cycles
Reduced water consumption due to reduced wash times
Improved wash results
Reduced air consumption during blow-drying

Sizes

from 470 mm to 2440 mm
2000 mm x 3000 mm

Feed port positions

Versions

KM UM bloc

The UM bloc design features ridge lines stepped to double pip height at the edges.

Advantages

High operating security, as the UM membrane also tolerates squeezing in a chamber that has been poorly filled or left empty by mistake.

KM bloc

The recessed membrane facilitates even cake thickness and a good wash result.

KM UM HD bloc

High-pressure membrane filter elements KM, HD (HD = high pressure) are extremely resilient.

These filter elements withstand squeezing pressures of up to 30 bar thanks to their special feed port designs and material combinations.

Advantages

Squeeze pressure possible up to 30 bar

KM RUM & KM RUD

Exchangeable membrane filter elements enable simple membrane exchange.

You only have to replace the membrane rather than the complete filter element when the filter element is worn out. The body plate is retained.

KM RUM

The membrane halves on the KM RUM design are fixed to the carrier plate using clip strips.

KM RUD

The membrane halves on the KM RUD design are fixed with clamping strips in the grooves of the membrane body plate designed for that purpose.

The KM RUD may exclusively be used as a mixed pack (MIXPACK) in combination with recessed filter elements.

Recessed filter elements

KF - Recessed filter element, standard

KX - Recessed filter element for mixed packs

Designs suitable for LENSER membrane filter elements

KA - Recessed filter element, reinforced edge

Size

250 mm to 2450 mm

Feed port positions

Versions

Mixed packs

Pack of recessed and membrane filter elements.

Advantages

Cost reduction by combining recessed and membrane filter elements

Sealed filter elements

Gasketed filter elements CGR (caulked-grooved) are used if the filter chambers have to be leak-proof.

Depending on individual requirements, LENSER has an array of sealing materials, such as EPDM, silicone, NBR and FKM on offer.

For example, we use FDA- or EU-compliant seals for the food and pharmaceuticals sector.

Filter plates & Frames

FP (Filter plate element)
FR (Filter frame element)
FX (Filter plate element for mixed pack)

Filter plates and frames are a popular solution for special processes. We manufacture these according to your requirements in many different formats and designs.

Sizes

from 470 mm to 2440 mm

Feed port positions

Versions

Custom-designed filter elements

We manufacture custom-designed filter elements tailored to specific requirements.

The advantages of LENSER custom-designed filter elements: low weight, high stability, chemical resistance and almost completely maintenance-free.

FILTROLIZER®

Features

Recessed chamber plate with heat exchanger functionality (for heating or cooling of the cake)
Optimum heat transfer to filter cake
High chemical resistance as standard thermoplastics are used
Both filtration and cake washing process feasable
Available as mixed pack (KX) combination plate or recessed chamber plate (KF/KA)
Available sizes 470 mm to 1,500 mm
Heating medium: Water, max. 95 °C (Steam and oils are not permissible)

Benefits

Temperature control on the filter cake
Drying of filter cakes within process
Prevention of crystallization in chemical production
Prevention of clogging filter cloths
Lower price compared to any metal versions (stainless steel, aluminum i.e.)

Accessories

LENSER accessories for filter elements are manufactured and continually optimised based on our experience of daily use.

The pictures below represent merely a selection of our current accessories. Further accessories available on request.

Welded handles for automatic plate shifting

Support/distribution rings

We recommend the use of LENSER support/distribution rings for critical applications with extremely low filter cake build-up.

Advantages

Prevents feed port gap changes
Reduces the risk of pressure differences
Supports even cake build-up
Supports the membranes and, thus, prolongs service life
No need to coat the cloth neck – no filtration in the feed channel

Feed shoes

The latest generation LENSER feed shoes facilitate smooth operation of the filter presses thanks to their innovative design. Using tried and tested materials – e.g. PP and PVDF – they cover almost all eventualities in terms of chemical resistance.

Advantages

No risk of pressure differences in the filter chambers, as no blockages can occur in the slurry supply. A free flow for the subsequent filtration cycle is thus guaranteed.
Smooth outer contour with continued bevelled sealing edge, suitable for the Lenser KX recessed filter elements
No dead angles ("dirty corners")
With mixed plate packs (membrane and recessed filter elements) the membranes are not stressed or distorted during the squeezing process. In combination with the improved filter cake build-up in the feed port area, this also extends the service life of the membranes.
Simple assembly and safe handling due to use of non-variable parts

Support/distribution ring & cloth locking ring

For quick and easy fitting of filter cloths

Specifications

Size: from ø 80 mm
Design: standard/custom-designed as required
Material: Polypropylene for operating temperatures of -10 °C to +100 °C, other materials on request
Chem. resistance: See LENSER operating manual
Retrofitting: Possible on existing plate packs
Filter cloth design: Barrel neck cloths and overhang cloths

Advantages

Reduced personnel costs:

Quick and easy fitting without tools thanks to the newly developed Fix-Click connection
One-person operation
No clogging of threaded parts by solids

Lower operating costs:

Enables use of overhang cloths instead of barrel neck cloths
Secure hold and precise positioning of the cloth
Use of standard components, reduced downtime when replacing cloths

Greater profitability:

Reliable protection of the membrane filter elements in the feed area = extended service life of your membrane filter elements
Protects against cake build-up in the feed area
Protects the filter cloth against abrasive media in the feed area

Control System LCS

You can monitor the squeezing process effectively with the patented LENSER Control System (LCS). The LCS system detects any membrane leakages immediately and displays the current compression status of the filter cake.

During the squeezing process the squeezing medium flows behind the membrane, i.e. the ball rotates. The cake has reached maximum compression and the membrane is tight once the ball is still. If the membrane is not tight or is damaged, the ball will continue to turn. The LCS system can also be retrofitted.

Advantages

Detects leakages under real operating conditions
Improves operational reliability
Reduces downtimes
Displays filter cake compression status
Durable thanks to robust, simple mechanics

Technical features

Stainless steel ( I.4305/V2A)
Open flow in both directions
Visual flow display
Easy cleaning (if required)
Easy installation
Suitable for 30 bar squeezing pressure
Suitable for the squeezing mediums water, oil or air

No flow: membrane is tight and the cake has reached maximum compression

With flow: squeezing medium flows behind the membrane

A

Connection piece for filter element:

Internal thread R 1/2"
LENSER standard für PP
Material: 1.4305 (V2A)
Part no.: 52160

B (alternative)

Plant-dependent connection for squeezing medium: not included in the scope of delivery

C

Connection piece for manifold:

Internal thread R 1/2"
Length: 45 mm, SW 41
Material: 1.4305 (V2A)
Part no.: 54695

D

LENSER Control System (LCS):

Internal thread R 1/2"
Outer thread: R 1/2"
Material: 1.4305 (V2A)
Part no.: 42102 (up to 40 °C)
Part no.: 54698 (up to 95 °C)
One LCS for each membrane filter element
Recommendation: Order with connection piece

MONO

Features

Mono- and mono/multi filament fabrics made of PP, PA and PET
Fabrics compliant with food regulations (FDA and EU 10/2011)
Least clogging
Wide range of air permeabilities
Optional sewn on backing cloth

Benefits

Excellent cake dryness and cake release
High throughputs
No cross-contamination due to food compliant filter cloth labeling
Tailor-made filter cloth solutions
Extended filtration performance
Best regenerabilty after washing

Fabric consisting of single monofilament yarns

Making-Up

Applications

FOOD: e.g. sugar, palm oil, beer mash, etc.
CHEMICALS: e.g. silica, phosphates, etc.

MULTI

Features

Polyamide and polypropylene fabrics with augmented abrasion resistance
Fine particle retention possible with suspensions of D50 value of 5 ym
Robust making up, e.g. reinforced feed eye or fixations

Benefits

Maximum yield through optimal particle retention
Extended mechanical lifetime of filter media

Fabrics consisting of high number of small bundled multi-/staplefilament fibers

Making-Up

Applications

MINING: e.g. copper, tailings, red mud, metal refining, etc.
MINERALS: e.g. gravel, clay, etc.

COMPOSITE

Features

Standard Composite:

Conventional making-up
Less penetration of particles due to singed and calendered surface
High retention of fine particles
Special edge coating

Pre-formed Composite:

Consisting of male/female part
Specially sintered polymorphous fiber construction based on polyester (PET)
Suitable for low and high pH values
Different polymers

Benefits

Standard Composite:

Clear filtrate from the first second onward
Particle retention below 5 microns d50

Pre-formed Composite:

Fast and easy cloth changing
Exchange without removing filter elemen
Leak-free operation
Perfect fit with your existing LENSER PRESS ELEMENT

Hybrid Composite:

Easy and quick mounting by preformed neck (male/female)

Material consisting of oriented short fibers

Making-Up Standard Composite

Tailor-made making up options available, e.g. edge coating

Applications

CHEMICAL: e.g. titanium dioxide, etc.
MINERALS: e.g. clay, etc.
FOOD: e.g. beverages and pulp, yeast/proteins, etc.

Making-Up Lenser Formed Composite (LFC)

Tailor-made design available, e.g. position of stay bosses and feed-eye form

Applications

SLUDGE: e.g. industrial waste/metal hydroxides, etc.
MINERALS: e.g. clay, etc.

Making-Up Hybrid composite

Pre-formed neck (male/female part) sewn-on to conventional cloth solution, gasketed solution

Applications

CHEMICAL: e.g. titanium dioxide, etc.
MINERALS: e.g. clay, etc.
FOOD: e.g. beverages and pulp, yeast/proteins, etc.

Making‐Up

NON-METALLIC EYELETS

No corrosion effects
Highly anti abrasive and robust long lasting design
No fraying of holes
Different materials available

AUTOMATIC EDGE COATING

Inexpensive technology compared to manual coating
Food conform
No fraying
No leaking
Highly anti-abrasive and robust long lasting design

RUBBER BARREL NECK

Highly anti abrasive and robust long lasting design
No leakages
Different diameters available

SEWN-ON BACKING CLOTH

Easy stock maintenance (only one part number)
Quick and easy mounting
Different materials available

CONVENTIONAL GASKETED DESIGN

No corrosion effects
Highly anti abrasive and robust long lasting design
No fraying of holes
Different materials available

FOOD CONFORM LABELING

Conform to FDA and EU 10/2011
No cross contamination by
Foreign materials
Safe handling
Long lasting and easy identification of filter cloth type

VELCRO FIXATION

Easy and safe mounting
Different material available

LFC Hybrid Filter Cloth

LENSER Formed Composite (LFC) neck (male/ female design) sewn onto proven LENSER PRESS TEX filter fabric.
Replacement of conventional barrel neck cloth
No more folding the cloth through the center feed hole
Gaining machine- and staff capacity, saving up to 90% downtime
No leakages by perfect fit to LENSER PRESS ELEMENT (also retrofittable on competitor filter elements)
Usable in a wide number of applications under various filtration parameters

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New datasheets

Recessed filter elements

Explanation

Abbreviation Description

KF Recessed filter element (standard)

KA Recessed filter element (reinforced edge)

KX Recessed filter element for mixed pack

Z Central feed port

E Corner feed port

U Off-centre feed port (top or bottom)

A Feed port outside of filter element format

A Open discharge

B Open and closed discharge

C Closed discharge

[Sub-Category]

> [Label]

No files available.

Chamber filter elements for mixed packs

Explanation

Abbreviation Description

KF Recessed filter element (standard)

KA Recessed filter element (reinforced edge)

KX Recessed filter element for mixed pack

Z Central feed port

E Corner feed port

U Off-centre feed port (top or bottom)

A Feed port outside of filter element format

A Open discharge

B Open and closed discharge

C Closed discharge

Filter plate elements for mixed packs

Explanation

Abbreviation Description

FX Filter plate elements for mixed packs

E Corner feed port

A Feed port outside of filter element format

Membrane filter elements

Explanation

Abbreviation Description

KM Membrane filter elements

KM Z Central feed port

KM E Corner feed port

KM U Off-centre feed port (top or bottom)

KM A Feed port outside of filter element format

bloc Standard design, one-piece, welded

bloc UME Standard design, one-piece. welded, with universal membrane filter element feed port

R Standard design, three-piece, exchangeable membranes

UM bloc Universal design, one-piece, welded

UM HD bloc Universal high-pressure design, one-piece, welded

RUM Universal membrane filter element, three-piece, exchangeable membranes

RUD Universal design, three-piece, exchangeable membranes

Filter plates and frames

Accessories

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Instructions

Brochures

Thorsten Zogalla

Product development

››Customer demands are manifold – just like our solutions‹‹

Many of our machines are custom-made products containing our specific product know-how. The quality of our filter elements is based on the exact interplay of material preparation, temperature control, pressing technique and workmanship.

Step 1

Material preparation

The process temperature, the chemical composition of the slurry and the mechanical demands on the filter elements require particularly thorough material selection.

Thanks to our in-house material research and great amount of experience in preparation and treatment, we can ensure that our products are able to withstand highest stress levels.

Step 2

Pressing

We are continuously developing our pressing technique, which is particularly gentle on material, in order to provide ever more robust, flexible and efficient solutions for our customers.

We produce filter elements that have no internal stress up to a size of 2 x 3 meters and 2.5 x 2.5 meters.

Step 3

Finishing

The use of CNC machines enables exact customizing. Reordering and refitting with LENSER filter elements is easily possible.

Our service

David Zogalla

Manufacturing

››We'll show you what's possible‹‹

Our experienced service technicians will support you with the initial operation and optimization of your new filter presses. We'll gladly check the requirements for retrofitting with LENSER filter elements and prepare an implementation concept.

Please talk to us personally!

We'd be happy to answer any questions.

If you wish to place an order, we will first carry out the following 3 steps in order to ensure your planning reliability:

Technical review
Creation of a CAD design
Dispatching of order in production - simultaneous disposition of accessory parts

We will then immediately inform you about the reliable delivery date.

Germany

Baden-Württemberg

Harald Aust
Telefon > +(49) 73 07 - 80 11 45
E-Mail > harald.aust@lenser.de

Lenser Filtration GmbH
Breslauer Str. 8
89250 Senden
Sprachen > Deutsch, Englisch, Französisch

Company

LENSER

Your partner for filtration

Carlos Macri

Sales

››We know our customers personally – around the world‹‹

Anja Menzel

Product development

››We come up with ideas‹‹

Frank Wenger

Head of Projects & Quality Management

››We integrate processes methodologically‹‹

Senden/Germany

Kuala Lumpur/Malaysia

Shanghai/P.R.China

Montoursville/USA

LENSER Filtration GmbH

Lenser Asia Sdn Bhd

LENSER China, LAC

Lenser Filtration

Romuald Krawietzek

Construction

››We leave nothing to chance‹‹

Project management

Product management

Quality management

Manuel Fiore

Plant manager

››Our success is teamwork‹‹

Applications

Vocational training

Advanced training

Retraining

Contact us!

LENSER investing in world's largest heating element welding plant in Senden

Your contact person in our human resource department:

Applications

Sugar or beer, pigments or drinking water

Chemicals

Example > Production of pigments

Challenge

Solution

Advantages

Food

Example > Sugar production

Challenge

Solution

Advantages

Mining

Example > Coal

Challenge

Solution

Advantages

Minerals

Example > Calcium hypochlorite production

Challenge

Solution

Advantages

Sludge

Example > Sludge utilization

Challenge

Solution

Advantages

Products

LENSER® membrane filter elements KM

Advantages

Sizes

Feed port positions

Versions

KM UM bloc

Advantages

KM bloc

KM UM HD bloc

Advantages

KM RUM & KM RUD

KM RUM

KM RUD

KF - Recessed filter element, standard

KX - Recessed filter element for mixed packs

Designs suitable for LENSER membrane filter elements

LENSER® membrane
filter elements KM

FP (Filter plate element)
FR (Filter frame element)
FX (Filter plate element for mixed pack)