Vicarb V130 Plate Heat Exchanger Gaskets, Plates & Spare Parts Guide

The Vicarb V130 plate heat exchanger is a large gasketed plate heat exchanger used in industrial heating, cooling, temperature control and heat recovery systems. For existing equipment, routine maintenance may require replacement vicarb v130 gaskets, heat transfer plates, plate packs or other compatible spare parts.

For older Vicarb equipment, identifying the correct replacement component may require more than the model name alone. Serial references, drawing numbers, gasket materials, plate specifications and photographs can all help confirm the correct part.

Buyers may search for these components using terms such as V130 replacement gaskets, viex v130 gaskets, Vicarb plates, or vicarb heat exchanger gaskets and plates. Whatever term is used, accurate identification should come before production.

This guide covers Vicarb history, common models including V130, V170 and V280, gasket and plate materials, typical applications, manufacturing requirements and the information buyers should provide when requesting compatible replacement parts.

Trademark Notice: Vicarb, Alfa Laval and other brand names mentioned in this article are trademarks of their respective owners. Senovis supplies compatible aftermarket replacement products unless otherwise specifically stated.

Vicarb History, Alfa Laval Vicarb and Legacy Heat Exchangers

Vicarb has a long history in industrial plate heat exchanger technology and became well known for plate-type heat transfer equipment used in process industries.

Over time, Vicarb became associated with Alfa Laval, which is why buyers researching older equipment may encounter the term alfa laval vicarb in connection with legacy units, historical drawings and spare parts.

Today, many vicarb heat exchangers remain in service in food and beverage plants, chemical facilities, marine systems, utilities and general industrial applications. This installed base continues to create demand for replacement plates, gaskets and related maintenance parts.

Older equipment may still carry:

• a Vicarb nameplate;
• a model reference;
• a serial number;
• a drawing number;
• original plate information;
• gasket references;
• previous maintenance records.

This makes technical identification especially important.

Among frequently searched maintenance components, vicarb v130 gaskets are important because gaskets are normal wear and service parts in a detachable plate heat exchanger.

Some buyers may also use the phrase viex v130 gaskets when searching the aftermarket. Because terminology can vary between suppliers and regions, the safest method is to check the actual equipment model, serial reference, drawing number, gasket geometry and material before ordering.

For legacy alfa laval vicarb equipment, replacing worn gaskets or damaged plates may help extend the service life of the existing unit without replacing the complete heat exchanger.

Common Vicarb Plate Heat Exchanger Models: V130, V170 and V280

The vicarb plate heat exchanger family includes many different models designed for various flow rates, duties and operating conditions.

Common aftermarket references include:

V2, V4, V8, V13, V20, V28, V45, V60, V85, V100, V110, V120, V130, V170, V180 and V280.

Among these, V130, V170 and V280 are especially relevant for buyers maintaining larger industrial units.

Vicarb V130

V130 is a large-format gasketed plate heat exchanger. Published aftermarket identification data commonly associates it with approximate port center distances of about:

• horizontal: 480 mm
• vertical: 1650 mm

These dimensions can support preliminary identification, but they should not be used as the only basis for manufacturing a replacement plate or gasket.

Vicarb V170 and V280

V170 and V280 are also encountered in industrial spare-parts projects. For these larger models, confirming plate geometry, gasket configuration, material and nameplate information is especially important before bulk production.

For V130, V170, V280 or another Vicarb model, buyers should ideally provide:

• equipment nameplate;
• model;
• serial number;
• drawing number if available;
• existing plate and gasket photos;
• plate material and thickness;
• gasket material;
• required quantity.

For older equipment, several references used together are usually more reliable than the model name alone.

Vicarb V130 Gasket Materials and PHE Gasket Selection

A professional PHE gasket manufacturer should not select a V130 gasket from the model name alone.

The gasket seals adjacent plates while directing the two process fluids through separate channels. Its suitability depends on operating conditions including:

• process medium;
• temperature;
• pressure;
• chemical concentration;
• cleaning chemicals;
• operating cycle.

Common compatible gasket materials may include EPDM, NBR, HNBR and FKM.

EPDM

EPDM is commonly considered for water-based applications such as cooling water, hot water, process water and many aqueous solutions.

It is often suitable where resistance to hot water is required, but it should not automatically be selected for every V130.

NBR

NBR is widely used where oil resistance is important, including lubricating oil, mineral oil and certain oil-cooling applications.

HNBR

HNBR can offer improved heat and ageing resistance compared with standard NBR in some applications.

FKM

FKM may be selected for more demanding chemical or elevated-temperature service.

For buyers looking for an FKM heat exchanger gasket manufacturer, the actual medium, concentration, temperature and pressure should be reviewed before confirming the elastomer.

A responsible plate heat exchanger gasket manufacturer should therefore evaluate the operating conditions before recommending the gasket material.

Vicarb V130 Plate Materials and Heat Exchanger Plate Specifications

The plate is the main heat-transfer surface inside the V130. Its corrugated geometry creates alternating flow channels and promotes turbulence, allowing efficient heat exchange.

A professional heat exchanger plate manufacturer must control:

• plate material;
• thickness;
• dimensions;
• corrugation pattern;
• port position;
• forming quality.

Common replacement plate materials may include the following.

SS304

SS304 is suitable for many general water and relatively mild industrial applications.

SS316 / SS316L

SS316 and SS316L provide improved corrosion resistance and are often selected for more demanding process, food, water and industrial duties.

Titanium

Titanium is particularly important for seawater, saline water and chloride-containing applications, including many marine cooling systems.

Plate Thickness

Plate thickness must also be confirmed before production. Depending on the original equipment, different thicknesses may be used.

Changing plate thickness can influence:

• heat-transfer performance;
• hydraulic characteristics;
• mechanical behavior;
• plate-pack length;
• tightening dimension.

For buyers sourcing from a Vicarb plate heat exchanger plate supplier or custom plate factory, matching the existing plate specification should take priority over simply choosing a thicker or cheaper plate.

Typical Applications of Vicarb Heat Exchangers

Plate heat exchangers are used across many industries because they combine compact heat transfer with a detachable plate pack that can be opened for maintenance.

Milk Pasteurization

Milk pasteurization is a common plate heat exchanger application. The exchanger can provide controlled heating and cooling and may support heat recovery within a properly designed dairy process.

Milk and Beverage Pasteurization

Milk and beverage pasteurization can involve milk, juice and other liquid products. Plate heat exchangers may be used for heating, cooling, heat recovery and process temperature control.

For these applications, sanitary requirements, plate material, gasket material and cleaning conditions should all be confirmed.

Wine Tempering

Wine tempering requires controlled heating or cooling during production and storage. Plate heat exchangers can provide compact temperature control where the process design is appropriate.

Bottled Water Treatment

Bottled water treatment systems may use heat exchangers for heating, cooling, process temperature control or auxiliary thermal duties.

CIP (Cleaning-in-Place)

CIP (Cleaning-in-Place) systems are widely used in food, beverage and dairy plants.

Plate heat exchangers may be used to heat cleaning water or chemical solutions. Gasket material selection should take into account:

• cleaning chemical;
• concentration;
• temperature;
• exposure duration.

Marine and Shipbuilding

Typical applications include:

• central cooling;
• freshwater cooling;
• lubricating oil cooling;
• seawater cooling;
• auxiliary heat recovery.

Where seawater is involved, titanium plates are often considered.

Chemical, HVAC, Oil & Gas and General Industry

Vicarb heat exchangers may also be used in:

• chemical heating and cooling;
• district heating;
• chilled and hot water systems;
• oil cooling;
• process heat recovery;
• industrial cooling;
• power plants.

This broad installed base explains the continuing aftermarket demand for replacement Vicarb plates and gaskets.

Manufacturing Requirements for Plate Heat Exchanger Spare Parts

A professional plate heat exchanger spare parts manufacturer must do more than reproduce the general appearance of the original part.

Compatibility depends on correct identification, geometry, material and dimensional control.

Accurate Model Identification

Before production, the supplier should confirm as much information as possible:

• manufacturer;
• model;
• serial number;
• drawing number;
• nameplate;
• dimensions;
• material.

Correct Gasket Geometry

The gasket must accurately match the sealing groove of the plate.

Critical areas include:

• external sealing perimeter;
• port sealing rings;
• corner geometry;
• attachment points;
• flow-separation zones.

Correct Plate Geometry

Replacement plates require accurate control of:

• overall dimensions;
• corrugation pattern;
• port position;
• pressing depth;
• forming quality.

This is particularly important when new plates will be installed together with existing plates in the same plate pack.

Material Confirmation

The replacement material should match the application and existing equipment.

For example, titanium should not automatically be replaced with stainless steel, and EPDM should not automatically be substituted with NBR.

Drawing or Sample Confirmation

For legacy equipment, uncertain configurations or larger quantities, drawing confirmation or sample verification can reduce procurement risk before bulk production.

This is particularly useful when working with a customized PHE parts manufacturer.

Senovis: Compatible Vicarb V130 Plates, Gaskets and PHE Spare Parts

Senovis (Beijing) Technology Co., Ltd. supplies compatible plate heat exchanger equipment and replacement parts for industrial users, maintenance companies, engineering companies and distributors.

Our supply scope includes:

• compatible heat exchanger plates;
• compatible gaskets;
• gasketed plate heat exchangers;
• brazed plate heat exchangers;
• replacement plate packs;
• model-specific PHE spare parts.

For Vicarb V130, Senovis can support inquiries for:

• vicarb v130 gaskets;
• EPDM replacement gaskets;
• NBR replacement gaskets;
• HNBR or FKM options where suitable;
• SS304 and SS316 replacement plates;
• titanium plates;
• plate and gasket sets.

Other Vicarb Models

In addition to V130, Senovis can support compatible spare-part inquiries for models including:

V2, V4, V8, V13, V20, V28, V45, V60, V100, V110, V170, V180 and V280, subject to technical confirmation.

Other PHE Brands

Senovis also supports compatible replacement parts for model families associated with:

• Alfa Laval;
• GEA / Kelvion;
• APV;
• Sondex / Danfoss;
• Tranter;
• Funke;
• Thermowave;
• Hisaka;
• API Schmidt / Sigma.

For buyers comparing PHE manufacturers, plate heat exchanger manufacturers, gasket manufacturers or plate suppliers, it is important to distinguish between original equipment manufacturers and compatible aftermarket suppliers.

Senovis does not claim to be the original manufacturer or authorized representative of the third-party brands referenced in this guide.

Our role is to provide compatible replacement solutions and heat exchanger products according to customer requirements.

Buying Vicarb Gaskets and Plates from Spare Parts Suppliers

Distributors, maintenance companies and procurement companies often need repeat supply of Vicarb replacement parts.

Whether buying from Vicarb gasket wholesalers, plate suppliers or a plate heat exchanger spare-parts factory, technical identification should come first.

Before ordering, buyers should confirm:

• model;
• serial number if available;
• drawing number;
• gasket material;
• plate material and thickness;
• required quantity;
• nameplate;
• existing part photos.

For repeat orders, keeping records of previously confirmed specifications can significantly speed up future purchasing.

Price is important, but it should be considered together with compatibility, material quality, lead time, packing and documentation.

A low-cost replacement part that does not fit correctly can create far higher costs through leakage, downtime and reinstallation.

Vicarb V130 Gaskets FAQ