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Category: Europe

Jelly Products Testing in Netherlands, Europe

Posted by: Chemist Posted on: July 1, 2025

Enquiry:

I have a specific request for an analysis, namely whether you can analyze the “firmness” of a food product?

It concerns a jelly candy composed of water, sugar, and thickening agents. In the past, jelly mini cups (photo 1) were available in Europe; they had a very firm consistency, and during squeezing, the jelly could shoot into the throat. Because the jelly was too firm, they were deemed a choking hazard. The European additives regulation was adjusted accordingly, and they are no longer allowed for sale in the EU.

The jelly products I would like to have tested (photos 2) are in different packaging and have a much softer consistency and lesser percentage of thickener used. However, these products are still regularly withdrawn from the market due to suspected choking hazards—not based on actual product analysis, but due to the added thickening agents and being categorized similarly to the mini jelly cups.

One of our highly proficient and ISO certified laboratory would be taking over this job.

Should you have any similar requisites, do drop us email and we shall revert instantly -> [email protected].

DIN 33871-1 Standard Testing in Europe

Posted by: Chemist Posted on: June 12, 2025

Enquiry:

Refilled Inkjet Printer Heads Testing

We require testing to ensure compliance with DIN 33871-1. Could you please provide details on the requirements, and any associated costs?

Additionally, we would appreciate information regarding the estimated timeline and any documentation needed for submission.

Please let us know how we can proceed and if you require any further details from our end.

One of our highly proficient and ISO certified laboratory would be taking over this job.

Should you have any similar requisites, do drop us email and we shall revert instantly -> [email protected].

Chemical Substance Analysis and Audit, Latvia, Europe

Posted by: Chemist Posted on: March 18, 2025

Enquiry:

We are writing to you on behalf of the law firm in Latvia. We would like to know if you might be able to assist us regarding the analysis of chemical substances.

To provide a brief overview of our situation: Our client transported a solvent, which is derived from the processing of by-products in synthetic rubber production. The client classified this product under customs code 3814 00 90 – solvents. However, the Latvian customs authorities detained our client’s shipment based on suspicions that the customs code stated in the shipping documents was incorrect. Following their investigation, the customs authorities concluded that the chemical substance transported by our client should be classified under different customs codes – 2710 12 90, 2707 99 11 and 2707 99 19. The question about the correct customs code is important because it determines whether there has been a violation of the sanctions imposed on Russia.

We currently have the opportunity to request a repeat chemical analysis for our client’s case. However, given our concerns about the capabilities of Latvian laboratories and the expertise of their analysts, we are seeking foreign laboratories that could address our questions effectively.

We find it essential to ask the following questions to an expert in order to verify the claims made by the Latvian customs authorities regarding the compliance of the chemical substances with code 2710 and 2707:

•           What is the chemical composition of the analyzed liquid?

•           Can the physical-chemical properties of the liquid change over time or due to external conditions (e.g., temperature variations)?

•           Does the analyzed liquid contain 70% or more by weight of petroleum oil or oil derived from bituminous minerals?

•           Is the analyzed liquid classified as oil?

•           Is the analyzed liquid primarily composed of mixed unsaturated hydrocarbons?

•           Considering that the term “non-aromatic components” should be interpreted more broadly than “non-aromatic hydrocarbons,” does the weight of non-aromatic components in the analyzed liquid exceed that of aromatic components?

•           Is it clearly determinable whether the analyzed liquid was obtained through a pyrolysis process? Is the liquid classified as pyrolysis oil?

•           Can the liquid obtained from the pyrolysis of plastics, without further processing (distillation, filtration, refining, etc.), be a yellow, clear liquid?

•           Was the analyzed liquid obtained via high-temperature vaporization?

It would be very helpful to know if you would be able to address these questions.

One of our highly proficient and ISO certified laboratory would be taking over this job.

Should you have any similar requisites, do drop us email and we shall revert instantly -> [email protected].

Hericium Erinaceus Testing in Europe

Posted by: Chemist Posted on: February 19, 2025

Enquiry:

We are seeking an accredited laboratory within Europe capable of conducting quantitative analysis of Hericium erinaceus (Lion’s Mane) extract to determine its hericenone content.

Could you kindly provide the following details:

Testing Methodology: Specifications of the analytical method used

Sample Requirements: The minimum quantity of extract needed for testing.

Cost Estimate: Pricing for the analysis, including any additional fees.

Turnaround Time: Estimated duration for completing the analysis.

If your laboratory offers this service, we would appreciate further details about your accreditation and expertise in phytochemical analysis.

One of our highly proficient and ISO certified laboratory would be taking over this job.

Should you have any similar requisites, do drop us email and we shall revert instantly -> [email protected].

Crude Oil Testing in Bulgaria, Europe

Posted by: Chemist Posted on: November 7, 2024

Enquiry:

We would like to ask if you are analyzing the following parameters with norms and methods, on product crude oil (petroleum category):

Kinematic Viscosity at 40 °C [cSt] – 2≤V≤100 – ISO 3104:1994  

Density at 15 °C [kg/m³] – max 991 – ISO 12185:1996

Sulphur [% mass] – max 0.05 – ISO 8754:03

Total Sediment Existent [% mass] – max 0.05 – ISO 10307-1:09

Water by Distillation [% vol] – max 0.20 – 3733:99

Micro Carbon Residue [% mass] – max 0.30 – ISO 10370:14

Ash [% mass] – max 0.02 – ISO 6245:01

Flash Point [°C] – min 100 – ISO 2719:16

Cooper Corrosion at 50 °C for 3 hrs – max 1b – ASTM D 130:18

Acid Number [mgKOH/g] – max 12.0 – ASTM D 664:17a

Strong Acid Number [mgKOH/g] – 0 – ASTM D 974:14a2

Iodine Number – <140 – ISO 3961:13

Chloride [mg/kg] – <10 – UOP 779:08

Total Mercury [mg/kg] – <0.2 – with reference to AOCS Ca 17-01

Arsenic [mg/kg] – <0.1 – with reference to AOCS Ca 17-01

Silicon (as Si) [mg/kg] – max 10 – with reference to AOCS Ca 17-01

Phosphorus (as P) [mg/kg] – max 80 – with reference to AOCS Ca 17-01

Calcium (as Ca) [mg/kg] – max 50 – with reference to AOCS Ca 17-01

Alkaline Content (Na+K) [mg/kg] – max 30 – with reference to AOCS Ca 17-01

Vanadium (as V) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Chromium (as Cr) [mg/kg] – <1 – with reference to AOCS Ca 17-01

Nickel (as Ni) [mg/kg] – <0.5 – with reference to AOCS Ca 17-01

Lead (as Pb) [mg/kg] – <0.1 – with reference to AOCS Ca 17-01

Cupper (as Cu) [mg/kg] – <0.4 – with reference to AOCS Ca 17-01

Antimony (as Sb) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Selenium (as Se) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Tellurium (as Te) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Thallium (as Tl) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Tin (as Sn) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Manganese (as Mn) [mg/kg] – <1.0 – with reference to AOCS Ca 17-01

Cadmium (as Cd) [mg/kg] – <0.2 – with reference to AOCS Ca 17-01

We would be waiting for your reply and comments.

Please note that if you are using different methods, it would be acceptable for us.

One of our highly proficient and ISO certified laboratory would be taking over this job.

Should you have any similar requisites, do drop us email and we shall revert instantly -> [email protected].

BWTS Testing at Browsville & Zeebrugge US, EU

Posted by: Chemist Posted on: October 3, 2024

Enquiry:

Please note that we currently have a request for ballast water VGP sampling and analysis at the location mentioned below. Could you check your local team’s availability and provide us with a quotation?

Vessel 1: Calling to Brownsville, Texas with ETA (Arrival) ___- ETS (Departure) ___.

Below parameters needs to be tested for 1 unit.

Vessel 2: Calling to Zeebrugge , BELGIUM with ETA (Arrival) _____ .

Below parameters needs to be tested for 1 unit.

One of our highly proficient and ISO certified laboratory would be taking over this job.

Should you have any similar requisites, do drop us email and we shall revert instantly -> [email protected].