Pesticide label and SDS: get the matching documents for Malta
The label of a product states the conditions of its authorisation, and proper use means complying with them. The authorisation names the crop and the purpose the product may be used for. The product's status in Malta is checked through the official register route.
Before planning a treatment, match the complete product name and the authorisation reference printed on the pack with what you looked up, and compare the formulation, the intended crop and the use with the Maltese authorisation. Confirm the actual product and its status first, then plan the work.
The pesticide's safety data sheet (SDS), also called a material safety data sheet (MSDS), gives the dangers of the chemical and information about emergencies, storage and handling. Maltese chemical-agent rules take the supplier's safety data sheet into account in the workplace risk assessment. The SDS is not a risk assessment, but it provides vital information that helps the risk assessor compile one. Get the SDS for the exact product and use it for the hazards, emergency, storage and handling details of the job you are planning.
A chemical substance may take the form of liquids, dusts, fumes, mists, vapour or gases. Inhalation is the most significant route of entry into the body; the others are absorption through skin or eyes, and ingestion. Controls include adequate general and local exhaust ventilation, extraction systems, enclosure, decontamination and personal protective equipment. Choose ventilation, enclosure, work procedures and protective equipment for the routes of exposure that the job really involves: inhalation, skin and eye contact, ingestion.
Pesticide PPE: assess the task before choosing protective equipment
Bring the exact label and the SDS to a task-specific chemical-risk assessment before you choose PPE. Cover mixing, loading, spraying, cleaning and maintenance, each as its own step.
Maltese S.L. 646.16 requires the employer to assess the risk of hazardous chemical agents before work on them begins. The assessment takes into account the hazardous properties of the agent and the information supplied by the supplier, such as the safety data sheet. Where several chemical agents are present, the risk is assessed on the basis of all of them in combination. The assessment looks at the level, type, duration and frequency of exposure.
The tasks that lead to exposure are identified in the assessment. Activities such as maintenance, where significant exposure is foreseeable, are included in the assessment. Separate ordinary spraying from tasks such as clearing a blocked nozzle or washing equipment, and describe the procedure you intend to use rather than treating an occasional repair as outside the job.
Prevention comes in an order. Substitution is undertaken by preference. Collective protection at the source, such as adequate ventilation, follows. Individual protection, including PPE, is applied where exposure cannot be prevented by other means.
PPE is chosen according to the work conditions of the tasks to be performed. The types are respiratory protective equipment, eye protection, protective gloves, protective clothing and protective footwear. All workers are trained in proper use, maintenance and cleaning of the PPE, and in recognising when it has to be replaced.
For chemical-resistant gloves, the SDS gives the type of glove material, its thickness and the breakthrough time. Match those figures to how long the skin is expected to be in contact with the product, and choose eye or face protection for the splash or dust hazard of the formulation.
Keep the care instructions together with the identification of each item of equipment, and cover inspection, cleaning, storage and replacement when you brief workers on it. Judge whether clothing is suitable by looking at the hazard classification together with any exposure measurements.
The risk assessment is documented in a suitable form and kept up to date, particularly after significant changes. Work with a hazardous chemical agent starts only after the assessment has been made and the preventive measures it identifies are in place. The current rules are S.L. 646.16 on chemical agents and S.L. 646.13 on PPE, listed in OHSA's legislation directory.
A hazard is the intrinsic property of a chemical agent with the potential to cause harm; risk is the likelihood that this potential will be attained under the conditions of use and exposure. An occupational exposure limit value is the time-weighted average concentration of a chemical agent in the air within the breathing zone of a worker over a specified reference period.
Pre-harvest intervals: work out when a treated crop can be picked
The label of an authorised product states, where appropriate, the interval between the last application and harvest, together with the crop and purpose of use. The interval is set for each use of the product.
Take the interval from the label of the exact product and the exact crop use, and count it from the last completed application on the area you intend to harvest. Do not borrow an interval from a product with a similar trade name or the same active substance.
The label framework lists the intervals for each use separately: between the last application and sowing or planting of the crop, sowing or planting of successive crops, access by people or animals, harvest, and use or consumption. The harvest interval is therefore not the same number as the re-entry interval. Write down each interval next to the activity it governs.
Regulation 2026/1123 on labelling applies from 1 January 2028, with transitional provisions.
Pesticide residue checks: match the food, residue and relevant date
To look into a possibly unsafe residue, first pin down four things: the food, the residue definition, the laboratory result and the limit that applies. Then compare the reported concentration with the limit for that commodity and that date.
Keep your spray records in one place. Free to start.
A maximum residue level (MRL) is the highest level of a pesticide residue that is legally tolerated in or on food or feed when pesticides are applied correctly. The Commission fixes MRLs for all food and animal feed, and the MRLs for all crops and all pesticides are in its MRL database.
The EU Pesticides Database can be searched by food product and shows current or historical MRLs. It is made available solely for information and has no legal value; the legally applicable limit is in the Official Journal of the European Union. Pick the date that matches your case, check for the latest MRL updates, and save the result or download together with the commodity, the residue definition and the date. Keep the regulation and its date with the lot's laboratory report and with any sale decision.
The Commission's MRL page has separate sections for setting MRLs, enforcement and control, and non-EU imported crops.
Spraying near water: map the boundary before filling the sprayer
Before spraying near water, walk the boundary and note the water features, the drainage routes and the places where you fill and clean the sprayer. Then match the site with the restrictions on the label of the product.
Under Directive 2009/128/EC, Member States ensure appropriate measures protect the aquatic environment and drinking water from pesticides. The measures give preference to the most efficient application techniques, such as low-drift application equipment. They include buffer strips of appropriate size to protect non-target aquatic organisms, and safeguard zones for surface and groundwater used for drinking-water abstraction where pesticides must not be applied or stored. They also reduce or eliminate, as far as possible, applications on or along roads, railway lines, very permeable surfaces and other infrastructure close to surface water or groundwater, and on sealed surfaces with a high risk of runoff to surface water or sewers.
The buffer phrase on a label reads: to protect aquatic organisms, non-target plants, non-target arthropods or insects, leave an unsprayed buffer zone of the stated distance to non-crop land or to surface water. The distance is specified on the label of each product.
The standard phrase SP 1 reads: do not contaminate water with the product or its container; do not clean application equipment near surface water; avoid contamination via drains from farms or roads. Plan filling and washing with this instruction in mind.
Mark ditches, culverts, wells, drains, water bodies and filling points on the site plan, and show slopes, hardstanding and outfalls. Measure the product-specific boundary from the feature that the label names.
If you plan to use low-drift equipment, write down the nozzle, the pressure range, the target height, the air assistance and the travel route, and note canopy gaps, row ends and changes of terrain. Before you narrow a margin that was assessed, ask whether this exact configuration satisfies the instruction on the label of the product.
Pesticides that kill bees: plan the label check before spraying
Pyrethrins are highly toxic to honey bees. Spinosad is very highly toxic to bees. Before scheduling a treatment, check for flowering crops, flowering weeds and managed hives, and read the restrictions on the label of the exact product against what you see on site.
The bee-protection phrases of Regulation 547/2011 read: do not apply during flowering of the crop; do not use where bees are actively foraging; remove or cover hives during treatment and for the stated time afterwards; do not apply when weeds are in flower; remove weeds before they flower.
Write down what is in flower in the crop and in the vegetation around it, and look beyond the target plant. Pyrethrins are also highly to very highly toxic to fish. Check drainage and water features as well as hive locations.
Tank-mix compatibility: check permission, crop safety and water separately
Each product in a mixture is used within the conditions of its own authorisation, which name the crop and purpose. The chemical risk of a mixture is assessed on the basis of all the agents in combination. Match every component to the crop or area and the purpose it is authorised for, and assess the combined risk across preparation, loading, application and cleaning.
The FSSA database of authorised adjuvants lists, for each adjuvant, the authorisation number, substances, formulation, administrative status and intended use. The section is dated 3 June 2026, and the label of each adjuvant is linked from its product name. Identify an adjuvant by its authorisation number, formulation and intended use, and compare that purpose with your mixture and crop use.
Re-entry after spraying: give workers a clear access decision
The access interval, for people or animals, is one of the separate intervals set for each use. Where the label carries SPo 5, the treated area or greenhouse is ventilated, for the time or until the spray has dried as the label states, before anyone re-enters. The phrase applies to products used in greenhouses and other enclosed spaces such as stores. Assess exposure of workers by level, type, duration and frequency for the task they will do. Record the access decision separately from the harvest date, and read all the conditions for the exact product and use.
Pesticide spraying workflow: planning, application and records
The professional user records each use of a plant protection product without undue delay. A record first made on paper or in another format is moved into a machine-readable electronic format no later than 30 days after the use. The entries are described on the application record fields page.
Next step
Gather the matching label, the SDS and a description of the job. Product status and the register route are in the Malta authorisation guide.