Fryer cleaning is its own equipment task
Cooking oil and process soil need review against the installed fryer and cleaning route.
Fryer / Carbonised Soil
ACIDXA+
Kitchens, Floors, Walls, Vessels
Operating / process challenges
Fryer soil, line movement and plant hygiene need separate programme decisions.
Conveyors connect multiple hygiene zones
Transfer from preparation through seasoning and packaging needs controlled movement and cleaning context.
Open plant, water and sanitation support the line
External surfaces, floors and post-clean hygiene need to remain connected to the production environment.
Interactive 3D hygiene map
Snacks processing hygiene map
Select a numbered hygiene zone to open its category brief and current Everklin products.
Category + product workspace
Choose the product for the active process.
The category brief and relevant products stay together. Select a product to open its compact summary and technical tabs.
ACIDXA+
ACIDXA+
BROAD-SPECTRUM DISINFECTANT Powerful Acidic Foam with Advanced Disinfecting Action for Cleaning &Kitchens, Floors, Walls, Vessels
Used for
Periodic acid CIP
- Primary application
- Periodic acid CIP
- Process / cleaning stage
- Acid Cleaners
- Target soil / requirement
- Mineral film, scale and inorganic deposits on compatible process equipment
- Application method
- Controlled CIP, circulation, foam or manual application as approved
- Product role
- BROAD-SPECTRUM DISINFECTANT Powerful Acidic Foam with Advanced Disinfecting Action for Cleaning &
- Commercial pack
- 25 L
Selected product review
ACIDXA+ Product Review
Technical Information
Product overview
ACIDXA+ is Everklin's broad-spectrum disinfectant powerful acidic foam with advanced disinfecting action for cleaning & for mineral-soil and scale-removal stage within a validated cleaning programme.
Selection begins with the real process stage, residue or soil, substrate, application method and downstream requirement. Exact operating values and product release information must be confirmed against the current Everklin TDS, SDS and approved site procedure.
Mineral film, scale and inorganic deposits on compatible process equipment
Mineral-soil and scale-removal stage within a validated cleaning programme
Select when the residue, substrate and operating method match this documented product role.
Benefits & applications
Supports the selected mineral-soil and scale-removal stage within a validated cleaning programme when used under the current approved procedure.
Supports the selected mineral-soil and scale-removal stage within a validated cleaning programme when used under the current approved procedure.
Supports the selected mineral-soil and scale-removal stage within a validated cleaning programme when used under the current approved procedure.
Supports the selected mineral-soil and scale-removal stage within a validated cleaning programme when used under the current approved procedure.
Supports the selected mineral-soil and scale-removal stage within a validated cleaning programme when used under the current approved procedure.
Applications
- Periodic acid CIP
- Compatible process equipment descaling
- Mineral-film removal after alkaline cleaning
How to use
Final values remain subject to the current Everklin TDS and site validation.
| Condition | Use level | Temperature | Time | Method | Rinse / finish |
|---|---|---|---|---|---|
| Validated application | Confirm with current Everklin TDS | Process and substrate dependent | Validate against soil release and the current procedure | Controlled CIP, circulation, foam or manual application as approved | Rinse / finish as specified in the current TDS |
- 01
For disinfection: foam- apply at 2-4% via foam machine.
- 02
For general clean: dilute
- 03
05-
- 04
2%.
- 05
Allow contact time as per soil/microbial load.
- 06
Rinse with potable water for food-contact surfaces.
- 07
Non-corrosive - safe for direct food contact.
Technical properties
- Product type
- BROAD-SPECTRUM DISINFECTANT Powerful Acidic Foam with Advanced Disinfecting Action for Cleaning &
- Chemistry / format
- Acid process cleaner
- Application method
- Controlled CIP, circulation, foam or manual application as approved
- Exact measured properties
- Request current approved TDS / COA
Compatibility & safety
Compatible systems / materials
- Compatible stainless-steel process circuits
- Acid-resistant dosing and application equipment
Restrictions / where not to use
- Confirm metal, seal and surface compatibility
- Never mix with chlorine, alkaline products or unapproved chemistry
Safety snapshot
- Read the current SDS before handling, storage or use.
- Use the PPE and engineering controls required by the SDS and site risk assessment.
- Keep incompatible chemicals segregated and never mix products without written approval.
- Use trained personnel and the approved dosing / application equipment.
- Follow the site spill, first-aid, disposal and emergency procedure.
Packaging & documents
25 L
Store in the original closed container under the conditions stated in the current SDS and TDS. Keep segregated from incompatible materials.
Selection questions, answered clearly.
How should the right Everklin product be selected?
Start with the active process category, operating objective, soil or residue, materials and application method, then confirm the choice against current product documents.
Where are current dosage and technical values available?
Product-specific values are supplied through the current approved TDS and Everklin technical review.
Which documents should be reviewed before use?
Review the current PIS, TDS and SDS together with the approved site or manufacturing procedure.
Fryer / Carbonised Soil
Specialist cleaning for carbonised oil and baked-on soil in snacks fryers.
- Process role
- Treats fryer boil-out and maintenance cleaning as a dedicated equipment programme.
- Where it fits
- Continuous fryers, cooking hoods and connected oil-contact equipment.
- Operating objective
- Match the cleaning route to fryer design, carbon build-up and the approved restart procedure.
- Typical zone
- Fryer and cooking zone
Selection considerations
- Fryer material and configuration
- Carbonised soil and grease load
- Boil-out, rinse and restart procedure
Heavy Oil / Grease
Alkaline cleaning options for heavy edible-oil and grease soil around snacks processing equipment.
- Process role
- Keeps heavy grease removal distinct from routine open-plant cleaning.
- Where it fits
- Selected process equipment and grease-affected production surfaces.
- Operating objective
- Review chemistry against the soil load, surface and application method.
- Typical zone
- Oil and grease cleaning points
Selection considerations
- Soil severity and temperature
- Surface compatibility
- Application and rinse method
Open Plant Cleaning
Open-plant cleaning programmes for external equipment, floors and exposed production areas.
- Process role
- Keeps open-surface cleaning separate from closed-process CIP.
- Where it fits
- Machine exteriors, floors, drains and surrounding production areas.
- Operating objective
- Build a controlled cleaning route around the actual open-plant soil and surface.
- Typical zone
- Open production environment
Selection considerations
- Surface and soil condition
- Cleaning method and available contact time
- Site procedure and rinse context
Foam Cleaning
Foam-applied cleaning programmes for exposed equipment and surfaces.
- Process role
- Supports visible coverage and contact on suitable open surfaces.
- Where it fits
- External equipment, vertical surfaces and open production areas.
- Operating objective
- Match foam application to the intended surface and cleaning procedure.
- Typical zone
- Open equipment and surface-cleaning zone
Selection considerations
- Surface and soil condition
- Foam application equipment
- Rinse and site procedure
CIP Cleaning
Closed-process cleaning programmes for tanks, lines and connected process equipment.
- Process role
- Supports structured cleaning of product-contact circuits without treating open plant as part of the same task.
- Where it fits
- CIP station, process vessels, transfer lines and filling circuits.
- Operating objective
- Connect the cleaning sequence to the actual equipment route and operating context.
- Typical zone
- Closed process equipment and CIP return
Selection considerations
- Equipment and circuit configuration
- Soil and process condition
- Cleaning method, temperature and contact time
Sanitation
Sanitisation programmes for cleaned processing and hygiene-critical surfaces.
- Process role
- Supports the post-clean hygiene step within the approved site procedure.
- Where it fits
- Relevant cleaned surfaces, filling areas and process environment.
- Operating objective
- Connect sanitisation to the preceding cleaning step and intended hygiene zone.
- Typical zone
- Cleaned processing and filling environment
Selection considerations
- Surface and application context
- Pre-cleaning and site procedure
- Current product documentation
Foam Control
Foam-control support for relevant process or cleaning conditions.
- Process role
- Addresses unwanted foam as a separate operating consideration.
- Where it fits
- The relevant process or cleaning-support point after technical review.
- Operating objective
- Connect foam-control selection to the observed operating context.
- Typical zone
- Process or cleaning foam-control point
Selection considerations
- Observed foam source
- Process and application context
- Current technical documentation
Application context
Connect fryer, conveyor and sanitation support.
Fryer / process equipment
Review cleaning against the installed fryer, cooking route and connected process equipment.
Conveyor / open plant
Keep transfer, external equipment and floor cleaning tied to their actual zones.
Water / sanitation support
Connect supporting programmes to the relevant point of use and site procedure.
Technical documentation
Request Product Documentation Technical Documentation
Select an Everklin product to request its current technical documentation.
Technical review
Request Snacks Processing Hygiene Review Request Snacks Processing Hygiene Review
Share the process area, cleaning challenge and current operating context with Everklin.