Laboratory
We are the only parts cleaning distributor with a dedicated laboratory, allowing us to fully evaluate your current cleaning processes in a scientific manner.
Innovative
We've turned parts cleaning into a science
Solvent machines are designed to clean, pressure flood, vapor degrease, vacuum dry and in a vacuum. Solvent is constantly regenerated to allow for the best continuous cleaning results and prolonged use of the solvent. Extracted oils can be reused or disposed of. Vacuum technology is emission free, allows for lower process temperatures, uses low power consumption and avoids any contamination outside the system. It is a very efficient process for constantly meeting any cleanliness requirements. All our solvent cleaning systems are suitable to use with:
Modified alcohols
Chlorinated / halogenated hydrocarbons
Non-halogenated hydrocarbons
Discover Our Eco-Friendly Solutions
Aqueous technology is tailored to suit the needs of the user. Important features of this technology include regeneration of the cleaning solution, automatic dosing and measuring, as well as other custom options. Single chamber units running for standard and custom applications possess this technology. Multi-chamber units are also available to implement passivation, automation, and robotics.
They may also function using vacuum drying, rotation of the baskets, ultrasound, and pressure flooding. Aqueous technology opens the door to various capabilities of Roll Cleaners. Each individual unit may be made from stainless steel and always complies to the latest environmental standards on the federal and state level.
Innovative
Our laboratory equipment
Throughout our in-house cleaning laboratory, cleaning results can be verified, and reports will be made available for our customers. There are usually three types of standard cleanliness requirements:
1. Gravimetry
The total weight of the particles can characterize the cleanliness of the parts
2. Microscopy
The size, material and number of particles, classified in specific sizes will define specific cleanliness levels. Most automotive OEM’s use this or a similar method of a base for their individual specification
3. Surface Tension
The DYNE specification measures the surface tension on part surfaces, primarily prior to and after surface treatment processes. The higher the number, the better the result.
The basis for all inspections of technical cleanliness is regulated in the VDA 19, the Association of the German Automotive industry.
Frequently Asked Questions
How do I measure cleanliness?
Is solvent degreasing environmentally safe?
What is the best process to clean my parts?
How do you support your equipment?
What is the best solvent to use?
How do I change my open top degreaser with chlorinated solvents to a more environmentally friendly process?
What cleans better: Solvent or aqueous solutions?
What are the cost differences between solven/aqueous for the machine and operation?
How do I get consistant cleanling results?
How many spare parts do you have in stock?
Can you combine solvent degreasing with passivation and automate that?
Our final clean has to be with an aqueous cleaner due to our FDA approved process, but my parts are machined with oil based cutting fludis. What is the best degreasing process?
What is RP?
Are there any substitues for TCE or PERC that clean as good but are not hazardeous?
Do I need a permit for my degreaser with solvent?
Upgrade Your Cleaning Process Today
At Jcom, we provide end-to-end consultation and support on your parts cleaning needs. From machines to processes, we provide everything you need to clean your parts more efficiently, faster and more eco-friendly.