Qdos chemical metering pumps

Overview

"Qdos Video"

Accurate, versatile chemical metering pumps

Delivering flow rates that remain constant right up to 7bar Qdos peristaltic chemical metering pumps give users a unique advantage over diaphragm metering pumps.

Qdos pumps offer long maintenance intervals, reducing the impact of process downtime and lowering the overall cost of ownership.

Cut chemical cost through higher accuracy metering
Simple drop-in installation eliminates ancillary equipment
Reduced maintenance with single, no-tools, component replacement
Flow rates from 0.1 to 2000 ml/min at up to 7bar
Cost of ownership is less than that of a diaphragm pump

Eliminate ancillary equipment

A diaphragm metering pump often requires a range of high maintenance ancillary items to function.

The Qdos pump eliminates ancillary equipment while ensuring accurate, linear and repeatable metering across all process conditions.

No backpressure valves
No pulsation dampener
No degassing valves
No foot valves and strainers
No float switches

Total cost of ownership is less than a diaphragm pump

Typical installation comparing a diaphragm metering pump with the Qdos peristaltic metering pump

eliminate ancillary equipment

*Not required for Qdos system

ReNu pumphead technology

ReNu peristaltic pumphead technology is at the core of the Qdos pump.This ensures the delivery of accurate and repeatable flow for fluids of wide ranging viscosities.
Process uptime is maximised by facilitating quick, safe and easy pumphead removal and replacement, with no need for tools, no specialist training and no maintenance
technicians. The contained pumphead design with integral leak detection reduces wastage and eliminates operator exposure to chemicals.

Qdos30 ReNu

Applications

Chemical metering with no gas locking

Victoria Water Treatment Works use Qdos chemical metering pumps to meter fluoride, chlorine and polyphosphate in the water filtration, clarification and distribution process. The pumps are employed to eliminate the gas locking problems previously experienced with pulsation diaphragm pumps. A Qdos 20 model with a tube material specifically formulated for high pressure sodium hypochlorite applications, has joined the chemical metering process. Running at between 70 and 100psi and controlled by a 4-20mA input signal, the Qdos pumps at the Victoria water treatment plant have significantly reduced maintenance downtime.

Qdos electroplating

Precise delivery of electroplating chemicals

BIA Kunstoff - und Galvanotechnik is involved in electroplating plastic components with metallic surfaces for the automative industry. The Qdos pumps employed by BIA must precisely dose the chemical additives to the electroplating machines with minimal pulsation, to avoid them being "shattered". In addition to low pulsation, virtually no pump downtime and no additional accessories such as check valves, makes Qdos pumps the best choice for electroplatic duties.

qdos floatation duties

Rare mineral recovery process

In vital floatation duties at British Fluorspar, twelve Qdos pumps meter reagents from mixer tanks to header tanks.
Acid grade fluorspar (fluorite) is a relatively rare industrial mineral and its extraction involves precise metering of reagents such as methyl isobutyl carbinol, sodium isopropyl xanthate, caustic soda pearl and other chemicals. Overdosing of these chemicals is a costly business which must be avoided.

Qdos reduces maintenance time

Maintenance downtime cut from 1.5 hours to just five minutes

An important stage of wastewater purification at Selters (Westerwald) Germany, is the elimination of phosphates with the addition of precipitants, including ferric chloride. Ferric chloride is both chemically aggressive and abrasive and attacked the diaphragms of the pumps previously used at the sites' metering station. Technicians were replacing pump diaphragms every 3 to 4 months, and each one took at least one hour to change, plus clean up time for leaked chemical.
Qdos pumps were installed in the precipitant metering station and immediately reduced maintenance time to five minutes.

Qdos potable water

Ensuring the supply of safe drinking water

High concentrations of iron and manganese in the Canadian Barrie region, mean that a sequestering agent is required for potable water. The City of Barrie Water Operations Branch uses sodium silicate (Na2SiO3) to bind the Fe/Mn and prevent it from oxidising. The effect is aesthetic to avoid staining sanitary ware. Diaphragm metering pumps had been chosen to meter between 4-6 parts sodium silicate, until sticking ball valves and clogging caused serious maintenance issues at the unmanned site. Investing in Qdos pumps was easy for the Water Operations Department to justify on the costs of downtime and spare parts alone.

Qdos chemical metering

High precision chemical metering on the go

Qdos pumps are available with either mains power or 12-24V DC. If your chemical metering application involves a mobile skid or a remote location without mains power, then 12-24V Qdos meets your requirements. The 12-24V DC power option further increases the range of applications for Qdos pumping.

Control

Functionality	Universal +	Universal	Manual	Remote	PROFIBUS
Operational modes
Manual	•	•	•		•
Contact	•	•
4-20mA	•	•		•
Fluid recovery	•	•	•	•	•
Fault reporting	•	•	•	•	•
PROFIBUS control and diagnostics					•
Manual control
Numerical flow display	•	•	•		•
Numerical speed display	•	•	•		•
Numerical percentage of max speed display	•	•	•		•
Fluid level monitor	•	•	•		•
Max (prime)	•	•	•		•
Auto restart	•	•	•		•
Pumphead failure alarm	•	•	•		•
Remote control
4-20mA input	•	•		•
4-20mA input two point calibration	•
4-20mA output	•			•
Contact input (pulse/batch)	•	•
Run / Stop input	•	•		•
Run / Stop output	•	•		•
Alarm output	•	•		•
Remote fluid recovery	•	•		•
Optional 24V or 110V industrial logic	•	•
LED Pump status icons
Pump status				•
4-20mA status				•
Fault				•
Security
Keypad lock	•	•	•		•
PIN lock	•	•	•		•
Power supply
12-24V DC	•	•	•	•
~100-240V AC	•	•	•	•	•

Control options - Universal and Universal+ models*

Variant	Standard pump (L)
Input	5-24V DC
Output	Open collector
Variant	Relay module (H)
Input	110V AC
Output	Contact rating 110V AC, 5A 30V DC, 5A
Variant	Relay module (R)
Input	5-24V DC
Output	Qdos 30: contact rating 110V AC, 0.5A 30V DC, 1A
Output	Qdos 20, Qdos 60, Qdos 120: contact rating 110V AC, 5A 30V DC, 5A	Standard pump (L) Input and output control option	Relay module (H) or (R) Input and output control option

ReNu pumphead

Reduced maintenance with single, no-tools, component replacement

Revolutionary ReNu pumphead technology is at the core of the Qdos pump. This ensures the delivery of accurate and repeatable flow for fluids of wide ranging viscosities.

ReNu pumphead provides accurate, linear and repeatable low pulse flow under varying process conditions.

Safe, no tools maintenance. The ReNu pumphead has an integral leak detector which eliminates operator exposure to chemicals.

Qdos pumps can be ordered with the ReNu pumphead mounted on the left or right of the pump.

Qdos60 ReNu

Pumphead

Tube material

Max operating pressure

Part number

ReNu 20

SEBS

Optimised for sodium hypochlorite applications with discharge pressure from 4 to 7 bar

7 bar

0M3.1800.PFP

ReNu 30

Santoprene

A general purpose pumphead with a high chemical compatibility across a range of applications

7 bar

0M3.2200.PFP

SEBS

Optimised for sodium hypochlorite, sulfuric acid and hydrogen peroxide applications with discharge pressure up to 4 bar
Please see the chemical compatibility section for further information on suitability with other specific chemicals

4 bar

0M3.2800.PFP

ReNu 60

Santoprene

A general purpose pumphead with a high chemical compatibility across a range of applications

7 bar

0M3.3200.PFP

SEBS

Optimised for sodium hypochlorite, sulfuric acid and hydrogen peroxide applications with discharge pressure up to 4 bar
Please see the chemical compatibility section for further information on suitability with other specific chemicals

4 bar

0M3.3800.PFP

ReNu 120

Santoprene

A general purpose pumphead with a high chemical compatibility across a range of applications

4 bar

0M3.4200.PFP

Drives and performance

	Model	Flow		Max operating pressure
	Model	ml/min	US GPH	Bar	psi
Qdos 20	Universal+, Universal, Manual, PROFIBUS	0.1 – 333	0.001 – 5.3	7	100
Qdos 20	Remote	0.2 – 333	0.003 – 5.3	7	100
Qdos 30	Universal+, Universal, Manual, PROFIBUS	0.1 – 500	0.001 – 7.93	7	100
Qdos 30	Remote	0.3 – 500	0.005 – 7.93	7	100
Qdos 60	Universal+, Universal, Manual, PROFIBUS	0.1 – 1000	0.001 – 15.85	7	100
Qdos 60	Remote	0.3 – 1000	0.01 – 15.85	7	100
Qdos 120	Universal+, Universal, Manual, PROFIBUS	0.1 – 2000	0.001 – 31.7	4	60
Qdos 120	Remote	1.25 – 2000	0.02 – 31.7	4	60

* Flow accuracy of ±1%, repeatability of ±0.5%”

Qdos 20 Sodium Hyperchlorite

Flow rate with discharge pressure for ReNu 20 pumpheads

Qdos 20 graph US / UK

Model	A	B	C	D	E	F	G	H	I
Qdos 20	234mm (9.2”)	214mm (8.4”)	118mm (4.6”)	266mm (10.5”)	43mm (1.7”)	173mm (6.8”)	40mm (1.6”)	140mm (5.5”)	10mm (0.4”)
Qdos 30	234mm (9.2”)	214mm (8.4”)	82.5mm (3.2”)	233mm (9.2”)	43mm (1.7”)	173mm (6.8”)	40mm (1.6”)	140mm (5.5”)	10mm (0.4”)
Qdos 60	234mm (9.2”)	214mm (8.4”)	118mm (4.6”)	266mm (10.5”)	43mm (1.7”)	173mm (6.8”)	40mm (1.6”)	140mm (5.5”)	10mm (0.4”)
Qdos 120	234mm (9.2”)	214mm (8.4”)	118mm (4.6”)	266mm (10.5”)	43mm (1.7”)	173mm (6.8”)	40mm (1.6”)	140mm (5.5”)	10mm (0.4”)

Take a tour

Datasheets

Qdos range datasheet

Manuals

Qdos user manual — all models

Case Studies

Chemical compatability

A - Compatible	Available data indicates that the process chemical is compatible with the pumphead components
R/P - Reduced performance	The process chemical is not fully compatible with the tube material. Flow rate and pumphead life may be adverseley affected.
N/S - Not suitable	Not suitable for use with duty fluid. The process chemical is not compatible with some or all of the components. It may be unsafe to use the pumphead in this application
- Not confirmed	Compatibility not confirmed. Compatability data with the chemical does not exist or has not been confirmed. Please contact Watson-Marlow for further details

Duty Fluid	Chemical Formula	CAS Number	7bar (100psi) Max 0M3.2200.PFP : ReNu 30 Santoprene pumphead 0M3.3200.PFP : ReNu 60 Santoprene pumphead 4bar (60psi) Max 0M3.4200.PFP : ReNu 120 Santoprene pumphead	7bar (100psi) Max 0M3.1800.PFP : ReNu 20 SEBS pumphead 4bar (60psi) 0M3.3800.PFP : ReNu 60 SEBS pumphead	4bar (60psi) Max 0M3.1500.PFP: ReNu 20 PU pumphead

ACETIC ACID (ICE)	CH3COOH	64-19-7	A	A	N/S
ACETIC ACID 10-20%	CH3COOH	64-19-7	A	A	N/S
ACETIC ACID 30-50%	CH3COOH	64-19-7	A	A	N/S
ACETIC ACID 99%	CH3COOH	64-19-7	R/P	A	N/S
ACETIC ACID ANHYDRIDE	C4H6O3	108-24-7	R/P	R/P	N/S
ACETONE	C3H6O	67-64-1	R/P	R/P	N/S
ACETONITRILE	C2H3N	75-05-8	R/P	N/S	-
ACETOPHENONE	C8H8O	98-86-2	R/P	R/P	R/P
ACRYLONITRILE	C3H3N	107-13-1	R/P	-	N/S
ALCOHOL (ETHYL)	C2H5OH	64-17-5	R/P	R/P	R/P
ALLYL ALCOHOL	C3H5OH	107-18-6	R/P	R/P	R/P
ALLYL CHLORIDE	C3H5Cl	107-05-1	R/P	-	N/S
ALUM	AlK(SO4)2.12H2O	977007-61-6	A	A
ALUMINIUM CHLORIDE	AlCl3	7446-70-0	A	A	A
ALUMINIUM FLUORIDE	AlF3	7784-18-1	A	-	R/P
ALUMINIUM HYDROXIDE	Al(OH)3	21645-51-2	A	N/S	N/S
ALUMINIUM SILICATE	Al2SiO5	1332-58-7	A	-	A
ALUMINIUM SULPHATE	Al2(SO4)3	10043-01-3	A	A	A
AMMONIA (AQUEOUS)	NH3 in H2O		A	A	N/S
AMMONIA ANHYDRIC			A	A	-
AMMONIUM BICARBONATE	NH4HCO3	1066-33-7	A	A	-
AMMONIUM BISULPHATE 50%	NH4HSO4	7803-63-6	A	A	-
AMMONIUM BROMIDE	NH4Br	12124-97-9	A	-	-
AMMONIUM CARBONATE	(NH4)2CO3	8000-73-5	A	A	N/S
AMMONIUM CHLORIDE	NH4Cl	12125-02-9	A	A	A
AMMONIUM FORMATE	NH4CO2	540-69-2	A	-	-
AMMONIUM HYDROXIDE	NH4OH	1336-21-6	A	N/S	N/S
AMMONIUM METAPHOSPHATE	NH4PO3		A	-	R/P
AMMONIUM NITRATE	NH4NO3	6484-52-2	A	A
AMMONIUM NITRITE	NH4NO2	13446-48-5	A	-	A
AMMONIUM PERSULPHATE	(NH4)2S2O8	7727-54-0	A	-	R/P
AMMONIUM PHOSPHATE	(NH4)2HPO4	7783-28-0	A	A	N/S
AMMONIUM PROPIONATE	NH4C3H5O2	17496-08-1	A	-	N/S
AMMONIUM SULPHATE	(NH4)2SO4	7783-20-2	A	A	A
AMMONIUM THIOCYANATE	NH4SCN	1762-95-4	A	-	R/P
AMYL ACETATE	C7H14O2	628-63-7	R/P	R/P	N/S
AMYL ALCOHOL	C5H11OH	71-41-0	R/P	R/P	A
AMYL AMINE	C5H11NH2	110-58-7	R/P	-	-
AMYL BORATE	C5H11BO3		R/P	-	N/S
AMYL BROMIDE	C5H11Br	110-53-2	R/P	-	-
AMYL CHLORIDE	C5H11Cl	543-59-9	R/P	R/P	N/S
AMYL CHLORONAPHTHALENE	C15H17Cl		R/P	-	-
AMYL ETHER	C10H22O	693-65-2	R/P	-
AMYL IODIDE	C5H11I	628-17-1	R/P	-
AMYL NAPHTALENE	C15H18		R/P	-
AMYL PHENOL	C10H17O	1322-06-1	R/P	-
AMYLENE	C5H10	109-67-1	R/P	-
ANILINE	C6H5NH2	62-53-3	R/P	R/P	N/S
ANTI-FREEZE	C2H6O2	107-21-1	R/P	-	-
ANTIMONY CHLORIDE 50%	SbCl3	10025-91-9	A	A	-
AQUA REGIA	conc. HNO3 + HCl (1:3)	8007-56-5	R/P	A	-
ARSENIC TRIOXIDE	As2O3	1327-53-3	A	A	-
ASCORBIC ACID	C6H8O6	50-81-7	A	-	-
ASPHALT		8052-42-4	R/P	-	A
ASTM FUEL A			R/P	-	A
ASTM FUEL B			R/P	-	A
ASTM FUEL C			R/P	-	A
ASTM FUEL D			R/P	-	A
ASTM OIL NR. 1			R/P	-	A
ASTM OIL NRr. 1 AT 100 DC			R/P	-	A
AVIATION GASOLINE			R/P	-	-
BARIUM CARBONATE	BaCO3	513-77-9	A	A	R/P
BARIUM CHLORIDE	BaCl2	10361-37-2	A	A	A
BARIUM FERRITE	BaO.6Fe2O3	11138-11-7	A	A	-
BARIUM HYDROXIDE	Ba(OH)2.8H2O	12230-71-6	A	N/S	N/S
BARIUM SULPHATE	BaSO4	7727-43-7	A	A	A
BARIUM SULPHIDE	BaS	21109-95-5	A	A	A
BEER			A	-	A
BEET ROOT SYRUP			A	-	-
BENZALDEHYDE	C7H6O	100-52-7	A	R/P	N/S
BENZENE (BENZOL)	C6H6	71-43-2	R/P	R/P	N/S
BENZOYL CHLORIDE	C7H5OCl	98-88-4	R/P	R/P	N/S
BENZYL ALCOHOL	C7H8O	100-51-6	R/P	R/P	N/S
BENZYL BENZOATE	C14H12O2	120-51-4	R/P	-	N/S
BISMUTH CARBONATE	(BiO)2CO3	1458327	A	-	A
BLACK SULPHATE LIQUOR			R/P	-	-
BOR(AC)IC ACID	H3BO3	10043-35-3	A	A	A
BORAX	Na2B4O7.10H2O	1303-96-4	A	-	A
BROMINE	Br2	7726-95-6	R/P	A	N/S
BUTADIENE	C4H6	106-99-0	R/P	-	A
BUTANE	C4H10	106-97-8	R/P	R/P	A
BUTANE FLUID	C4H10	106-97-8	R/P	R/P	A
BUTTER ACID	C4H8O2	107-92-6	R/P	-	N/S
BUTYL ACETATE	C6H12O2	123-86-4	R/P	R/P	N/S
BUTYL ALCOHOL	C4H9OH	71-36-3	R/P	R/P	N/S
BUTYL ALDEHYDE	C4H8O	123-72-8	R/P	-	-
BUTYL ETHER	C8H18O	142-96-1	R/P	-	N/S
BUTYL GLYCOL	C6H14O2	107-88-0	R/P	-	N/S
BUTYL IODIDE	C4H9I	542-69-8	R/P	-	-
BUTYL STEARATE	C22H44O2	123-95-5	R/P	-	A
BUTYRONITRILE	C4H7N	109-74-0	R/P	-	-
CALCIUM ACETATE	Ca(C2H5O2)2	62-54-4	A	A
CALCIUM BISULPHATE	Ca(HSO4)2	10034-88-5	A	A	-
CALCIUM BISULPHITE	Ca(HSO3)2	13780-03-5	A	A	N/S
CALCIUM BROMIDE	CaBr2	7789-41-5	A	A	A
CALCIUM CARBONATE	CaCO3	471-34-1	A	A	A
CALCIUM CHLORATE	Ca(ClO3)2.H2O	10137-74-3	A	A	A
CALCIUM CHLORIDE	CaCl2	10035-04-8	A	A	A
CALCIUM FLUORIDE	CaF2	7789-75-5	A	A	A
CALCIUM HYDROXIDE	Ca(OH)2	1305-62-0	A	N/S	N/S
CALCIUM HYPOCHLORITE 30%	Ca(ClO)2	7778-54-3	A	A	N/S
CALCIUM NITRATE	Ca(NO3)2	13477-34-4	A	A	A
CALCIUM STEARATE	Ca(C18H35O2)2	1592-23-0	A	A	-
CALCIUM SULPHATE	CaSO4	7778-18-9	A	A	N/S
CALCIUM SULPHIDE	CaS	20548-54-3	A	R/P	A
CANE SUGAR LIQUOR			A	-	-
CARBITOL	C6H14O3	111-90-0	R/P	-	-
CARBOLIC ACID (= phenol)	C6H5OH	108-95-2	R/P	-	A
CARBON DIOXIDE (DRY)	CO2	124-38-9	A	A	A
CARBON DIOXIDE (MOIST)	CO2	124-38-9	A	A	A
CARBON MONOXIDE (338 K)	CO	630-08-0	A	-	A
CARBON TETRACHLORIDE	CCl4	56-23-5	R/P	R/P	N/S
CARBONIC ACID	H2CO3 (CO2 in H2O)	463-79-6	A	-	A
CASTOR OIL		463-79-6	R/P	-	A
CAUSTIC SODA (max. 50%)	NaOH	1310-73-2	A	N/S	N/S
CELLOSOLVE	C4H10O2		A	-	-
CELLOSOLVE ACETATE	C6H12O3		A	-	-
CHLORINATED SOLVENTS			R/P	R/P	-
CHLORO(FLURO) CARBONS					N/S
CHLORINE (DRY)	Cl2	7782-50-5	R/P	A	N/S
CHLORINE (MOIST)	Cl2	7782-50-5	R/P	A	N/S
CHLORO NITROETHANE	C2H4NO2Cl	598-92-5	R/P	-	N/S
CHLOROACETONE	C3H5OCl	78-95-5	R/P	-	N/S
CHLOROACETONITRILE	C2H2NCl	107-14-2	R/P	-	N/S
CHLOROBENZENE	C6H5Cl	108-90-7	R/P	-	N/S
CHLOROBROMOMETHANE	CH2ClBr	74-97-5	R/P	R/P	N/S
CHLOROETHYL ACETATE	C4H7O2Cl	542-58-5	R/P	-	N/S
CHLOROFORM	CHCl3	67-66-3	R/P	R/P	N/S
CHLOROMETHYL	CH3Cl	74-87-3	R/P	-	-
CHLORONAPHTALENE	C10H7Cl	90-13-1	R/P	-	-
CHLOROSULPHONIC ACID	HSO3Cl	7790-94-5	R/P	N/S	N/S
CHLOROTOLUENE	C7H7Cl	100-44-7	R/P	-	N/S
CHROMIC ACID 10-50%	CrO3.H2O	1333-82-0	A	A	N/S
CHROMIUM HYDROXIDE	Cr(OH)3	1308-14-1	A	N/S	N/S
CHROMIUM SULPHATE	Cr2(SO4)3	10101-53-8	A	A	A
CITRIC ACID	C6H8O7	77-92-9	A	A	A
CITRUS PULP			A	A	-
COCONUT OIL		8001-31-8	R/P	-	-
COD LIVER OIL		8001-69-2	R/P	-	-
COPPER ARSENATE	Cu3(AsO4)2	7778-41-8	A	A	-
COPPER CYANIDE	Cu(CN)2	544-92-3	A	A	N/S
COPPER NITRATE	Cu(NO3)2.3H2O	10031-43-3	A	A	N/S
COPPER OXYCHLORIDE	CuCl2.Cu(OH)2	1332-65-6	A	A	-
COPPER SULPHATE	CuSO4.5H2O	7758-98-7	A	A	A
COPPER(I) CHLORIDE	CuCl	7758-89-6	A	A	N/S
COPPER(II) CHLORIDE	CuCl2	7447-39-4	A	A	N/S
CORN OIL			A	A	A
CRESOSOTES			R/P	R/P	R/P
CRESOL 90%, XYLOL 5%, DDT 5%			R/P	R/P	N/S
CRESOL 95%, XYLOL 5%			R/P	R/P	N/S
CRESYLIC ACID (= cresol)	CH3C6H4OH	1319-77-3	R/P	-	N/S
CRUDE OIL LOW SULPHUR			R/P	-	A
CRUDE OIL HIGH SULPHUR			R/P	-	A
CRUDE OIL			R/P	R/P	A
CYCLOHEXANE	C6H12	110-82-7	R/P	R/P	-
CYCLOHEXANOL	C6H12O	108-93-0	R/P	R/P	-
CYCLOHEXANONE	C6H10O	108-94-1	R/P	R/P	N/S
CYCLOPENTANE	C5H10	287-92-3	R/P	R/P	-
DDT2 KEROSEN			R/P	-	-
DECAHYDRONAPHTENE (= decaline)	C10H18	493-01-6 (cis-)	R/P	-	-
DECALIN	C10H18	493-01-6 (cis-)	R/P	-	-
DECANE	C10H18	124-18-5	R/P	-	-
DIAMYL NAPHTENE	C20H29		R/P	-	-
DIAMYL PHTALATE	C18H26O4	131-18-0	R/P	-	-
DIBUTYL AMINE	C8H19N	111-92-2	R/P	-	N/S
DIBUTYL ETHER	C8H18O	142-96-1	R/P	-	R/P
DIBUTYL PHTALATE	C16H22O4	84-74-2	R/P	-	N/S
DIBUTYL SEBACATE	C18H34O4	109-43-3	R/P	-	N/S
DICHLOROBENZENE	C6H4Cl2	106-46-7 (para-)	R/P	-	N/S
DICHLOROBUTENE	C4H6Cl2	110-57-6 (trans-)	R/P	-	N/S
DICHLORODIFLUOROMETHANE	CCl2F2	75-71-8	R/P	-	N/S
DICHLOROMETHANE	CH2Cl2	75-09-2	R/P	-	N/S
DICHLOROPHENOXY ACETIC ACID	C8H6Cl2O3	94-75-7	R/P	-	N/S
DICHLOROPROPENE	C3H5Cl2	26952-23-8	R/P	-	N/S
DICHLOROTETRAFLUOROETHANE	C2Cl2F4	76-14-2	R/P	-	N/S
DICYCLOHEXYLAMINE	(C6H11)2NH	101-83-7	R/P	-	N/S
DIESEL OIL		8006-61-9	R/P	-	A
DIETHYL AMINE	(C2H5)2NH	109-89-7	R/P	-	N/S
DIETHYL ETHER	C4H10O	60-29-7	R/P	-	A
DIETHYL GLYCOL	C6H14O2		A	-	-
DIETHYL KETONE	C5H10O3	96-22-0	R/P	-	N/S
DIETHYL OXALATE	C6H10O4	95-92-1	R/P	-	-
DIETHYL PHTALATE	C12H14O4	84-66-2	R/P	-	-
DIETHYL SEBACATE	C14H26O4	110-40-7	R/P	-	N/S
DIISOBUTENE			R/P	-	-
DIISOBUTYL KETONE	C9H18O	108-83-8	R/P	-	-
DIISOPROPYL ETHER	C6H14O2	108-20-3	R/P	-	N/S
DIISOPROPYL KETONE	C7H14O	565-80-0	R/P	-	-
DIMETHYL AMINE	(CH3)2NH	124-40-3	R/P	N/S	-
DIMETHYL ANILINE	C8H11N	121-69-7	R/P	-	R/P
DIMETHYL ETHER	C2H6O	115-10-6	R/P	-	A
DIMETHYL FORMAMIDE	C3H7NO	68-12-2	R/P	N/S	N/S
DIMETHYL PHTALATE	C10H10O4	131-11-3	R/P	-	N/S
DIOCTYL ADIPATE	C20H38O4	103-23-1	R/P	-	-
DIOCTYL PHTALATE (DOP)	C24H38O4	117-84-0	R/P	-	A
DIOCTYL SEBACATE	C26H40O4	122-62-3	R/P	-	A
DIOXANE	C4H8O2	123-91-1	R/P	-	N/S
DIVINYL BENZENE	C10H10	1321-74-0	R/P	-	-
DODECYL BENZENE	C18H30	123-01-3	R/P	-	R/P
DODECYL TOLUENE SULFONATE	C19H32O3S	104-41-6	R/P	-	-
EPICHLOROHYDRINE	C3H5ClO	106-89-8	R/P	-	N/S
ETHER	C4H10O	60-29-7	R/P	-	-
ETHYL ACETATE	C4H8O2	141-78-6	R/P	-	-
ETHYL ALCOHOL	C2H5OH	64-17-5	A	R/P	A
ETHYL AMINE	C2H7N	75-04-7	R/P	-	-
ETHYL BENZENE	C8H10	100-41-4	R/P	-	N/S
ETHYL BENZOATE	C9H10O2	93-89-0	R/P	-	N/S
ETHYL BROMIDE	C2H5Br	74-96-4	R/P	A	A
ETHYL BUTYRATE	C6H12O2	105-54-4	R/P	-	-
ETHYL CHLORIDE	C2H5Cl	75-00-3	R/P	A	N/S
ETHYL CHLOROFORMATE	C3H5ClO2		R/P	-	N/S
ETHYL CYANOACETATE	C5H7NO2	105-56-6	R/P	-	-
ETHYL DICHLORIDE	C2H4Cl2	75-34-3	R/P	A	N/S
ETHYL ETHER	C4H10O	60-29-7	R/P	-	A
ETHYL FORMATE	C3H6O2	109-94-4	R/P	-	N/S
ETHYL IODIDE	C2H5I	75-03-6	R/P	-	-
ETHYL ISOBUTYLETHER	C6H14O	627-02-1	R/P	-	-
ETHYL ISOBUTYRATE	C6H12O2	97-62-1	R/P	-	-
ETHYL MERCAPTAN	C2H5SH	75-08-1	R/P	-	N/S
ETHYL OXALATE	C4H6O4	95-92-1	R/P	-	-
ETHYL PENTACHLOROBENZENE	C8H5Cl5		R/P	-	-
ETHYL PROPIONATE	C5H10O2	105-37-3	R/P	-	-
ETHYL PROPYLETHER	C5H12O	628-32-0	R/P	-	-
ETHYLAMYL KETONE	C8H16O	541-85-5	R/P	-	-
ETHYLENE DIAMINE	C2H4(NH2)2	107-15-3	R/P	-	N/S
ETHYLENE GLYCOL	C2H6O2	107-21-1	A	R/P	R/P
ETHYLENE OXYDE	C2H4O	75-21-8	A	A	N/S
ETHYLMETHYL KETONE	C4H8O	78-93-3	R/P	-	-
FAECES			A	-	-
FERRIC OXIDE	Fe2O3	1309-37-1	A	-	-
FERRIC CHLORIDE			A	A	R/P
FERRIFEROUS CHLORIDE (338 K)			A	A	-
FERRO HYDROXIDE	Fe(OH)3	1309-33-7	A	N/S	-
FERROUS SULPHATE	FeSO4.7H2O	7782-63-0	A	A	R/P
FLEXOL 300 (dioctyl phtalate - DOP)	C24H38O4	117-81-7	R/P	-	-
FLUOBORIC			A	A	N/S
FLUOBORIC ACID 65%	HBF4	16872-11-0	A	A	N/S
FLUORIC ACID	HF	7664-39-3	A	-	N/S
FLUOROBENZENE	C6H5F	462-06-6	R/P	-	N/S
FLUOROSILICIC ACID	H2SiF6	16961-83-4	A	-	N/S
FLUOROSILICIC ACID 50%	H2SiF6	16961-83-4	A	-	N/S
FORMALDEHYDE 37%	CH2O	50-00-0	A	A	-
FORMALDEHYDE 40% (343 K)	CH2O	50-00-0	A	A	-
FORMAMIDE (FORMYLAMINE)	CH3NO	75-12-7	A	-	-
FORMIC ACID	HCOOH	64-18-6	A	A	-
FREON 11	CCl3F	75-69-4	R/P	R/P	N/S
FREON 112	C2Cl4F2	76-12-0	R/P	R/P	N/S
FREON 113	C2Cl3F3	76-13-1	R/P	R/P	N/S
FREON 114	C2Cl2F4	76-14-2	R/P	R/P	N/S
FREON 115	C2ClF5	76-15-3	R/P	R/P	N/S
FREON 12 (LIQUID)	CCl2F2	75-71-8	R/P	R/P	-
FREON 13	CClF3	75-72-9	R/P	R/P	N/S
FREON 14	CF4	75-73-0	R/P	R/P	N/S
FREON 21	CHCl2F	75-43-4	R/P	R/P	N/S
FREON 22	CHClF2	75-45-6	R/P	R/P	RP
FREON 31	CH2ClF	593-70-4	R/P	R/P	N/S
FREON C 316	C4Cl2F6	356-18-3	R/P	R/P	N/S
FREON C 318	C4F8	115-25-3	R/P	R/P	N/S
FURAN	C4H4O	110-00-9	R/P	-	-
FURFURAL	C4H3OCHO	98-01-1	A	-	-
GASOLINE OCTANE 100		8006-61-9	R/P	R/P	A
GASOLINE OCTANE 65		8006-61-9	R/P	R/P	A
SUPER GASOLINE - LEADED AT 40 DC			R/P	R/P	A
SUPER GASOLINE - UNLEADED AT 40 DC			R/P	R/P	A
GELATIN (GLUE)		9000-70-8	A	A	N/S
GLUCOSE	C6H12O6	50-99-7	A	A	A
GLYCERINE	C3H8O3	56-81-5	A	R/P	A
GLYCEROL	C3H8O3	56-81-5	A	R/P	-
GLYCOL	C2H6O2	107-21-1	A	-	N/S
HEPTANE	C7H16	142-82-5	N/S	N/S	A
HEXANE	C6H14	110-54-3	N/S	N/S	A
HEXENE	C6H12	592-41-6	N/S	N/S	A
HELIUM			N/S	N/S	-
HYDRAULIC OIL ESTER BASE			R/P	-	-
HYDRAULIC OIL MINERAL BASE		8012-95-1	R/P	-	A
HYDRAULIC OIL PYDRAUL BASE			R/P	-	A
HYDRAULIC OIL SKYDROL BASE			R/P	-	A
HYDROBROMIC ACID	HBr	10035-10-6	A	A	N/S
HYDROBROMIC ACID 40%	HBr	10035-10-6	A	A	N/S
HYDROCHLORIC ACID 15-38%	HCL	7647-01-0	A	A	N/S
HYDRAULIC FLUID LOW SULPHUR			A	A	A
HYDRAULIC FLUID HIGH SULPHUR			A	A	A
HYDRAULIC FLUID CALUP 51			A	A	A
HYDROCYANIC ACID	HCN	74-90-8	A	A	-
HYDROFLUORIC ACID	HF	7664-39-3	A	A	N/S
HYDROFLUOROSILICIC ACID	H2SiF6	16961-83-4	A	-	N/S
HYDROGEN FLUORIDE (COLD)	HF	7664-39-3	A	-	-
HYDROGEN FLUORIDE (HOT)	HF	7664-39-3	R/P	-	-
HYDROGEN GAS (338 K)	H2	1333-74-0	N/S	N/S	N/S
HYDROGEN GAS (COLD)	H2	1333-74-0	N/S	N/S	N/S
HYDROGEN PEROXIDE 10-68%	H2O2	7722-84-1	A	A	N/S
HYDROGEN SULPHIDE	H2S	2148878	A	R/P	N/S
HYDROGEN SUPEROXIDE 35%	HO2		A	-	-
IODINE	I2	7553-56-2	A	R/P	N/S
IRON and ZINC PHOSPHATE SOLUTION	FePO4 & Zn3(PO4)2		A	A	-
IRON CHLORIDE	FeCl3	7705-08-0	A	A	-
IRON CHLORIDE SULPHATE	FeClSO4	12410-14-9	A	A	-
IRON HYDROXIDE	Fe(OH)3	1309-33-7	A	N/S	-
IRON NITRATE (338 K)	Fe(NO3)3	7782-61-8	A	A	-
IRON SULPHATE	FeSO4.7H2O	7782-63-0	A	A	-
IRON(II) ACETATE SOLUTION	Fe(C2H3O2)2	3094-87-9	A	A	-
ISOAMYLACETATE	C7H14O2	123-92-2	R/P	-	-
ISOAMYLALCOHOL	C5H12O	123-51-3	R/P	-	-
ISOAMYLFORMATE	C5H12O	110-45-2	R/P	-	-
ISOBUTENE	C4H8	115-11-7	R/P	-	-
ISOBUTYL ACETATE	C6H12O2	110-19-0	R/P	-	N/S
ISOBUTYL ALCOHOL	C4H10O	78-83-1	R/P	-	N/S
ISOBUTYL FORMATE	C5H10O2	542-55-2	R/P	-	-
ISODECANE	C10H22	34464-38-5	R/P	-	-
ISODODECANE	C12H26	31807-55-3	R/P	-	-
ISOOCTANE	C8H18	540-84-1	R/P	-	A
ISOPAR L				-	A
ISOPAR L AT 100 DC				-	A
ISOPAR M				-	A
ISOPAR M AT 100 DC				-	A
ISOPROPYL ACETATE	C5H10O2	108-21-4	R/P	-	N/S
ISOPROPYL ALCOHOL	C3H8O	67-63-0	R/P	-	-
ISOPROPYL CHLORIDE	C3H7Cl	75-29-6	R/P	-	R/P
ISOPROPYL ETHER	C6H14O	108-20-3	R/P	-	N/S
JET FUELS (JP1 TILL JP5)		94114-58-6	R/P	-	-
JP 8 JET FUEL AT 80 dc			R/P	-	A
KEROSENE		8008-20-6	R/P	R/P	A
LACQUER SOLVENTS			R/P	R/P	N/S
LACTIC ACID	C4H10O4	50-21-5	A	A	N/S
LARD		61789-99-9	A	-	A
LAURYL ETHER SULPHATE	[C12H25(OCH2CH2)nOSO3]	9004-82-4 (Na-salt)	A	-	-
LEAD ACETATE	Pb(C2H3O2)2.3H2O	6080-56-4	A	A	N/S
LEAD ARSENATE	PbHAsO4	7784-40-9	A	-	N/S
LEAD NITRATE	Pb(NO3)2	10099-74-8	A	-	A
LEAD SULPHAMATE	Pb[(NH)2SO3]2		A	-	-
LIME SULPHUR			A	-	-
LIME WATER	CaH2O2	1305-62-0	A	-	-
LINSEED OIL		8001-26-1	R/P	R/P	A
LITHIUM HYDROXIDE	LiOH	1310-66-3	A	N/S	N/S
LUBRICATING OIL		8012-95-1	R/P	-	A
LYE (CAUSTIC)			A	-	N/S
MAGNESIUM CARBONATE	MgCO3	39409-82-0	A	-	-
MAGNESIUM CHLORIDE	MgCl2	7786-30-3	A	A	N/S
MAGNESIUM HYDROXIDE	Mg(OH)2	1309-42-8	A	N/S	N/S
MAGNESIUM NITRATE	Mg(NO3)2.6H2O	13446-18-9	A	-	-
MAGNESIUM SULPHATE	MgSO4	10034-99-8	A	-	A
MAGNESIUM SULPHIDE	MgS	12032-36-9	A	-	-
MAGNESIUM SULPHITE	MgSO3	7757-88-2	A	-	-
MANGANESE SULPHATE	MnSO4.H2O	10034-96-5	A	-	A
MERCURY	Hg	7439-97-6	A	A	A
MERCURY CYANIDE	Hg(CN)2	592-04-1	A	A	-
MERCURY(I) CHLORIDE	Hg2Cl2	10112-91-1	A	A	-
MERCURY(II) CHLORIDE	HgCl2	7487-94-7	A	A	-
METHANOL (methyl alcohol)	CH3OH	67-56-1	A	R/P	R/P
METHYL ACETATE	C3H6O2	79-20-9	R/P	-	N/S
METHYL ACETOACETATE	C5H8O3	105-45-3	R/P	-	N/S
METHYL ACETONE	C4H8O	78-93-3	R/P	-	N/S
METHYL AMINE	CH3NH2	74-89-5	R/P	-	-
METHYL AMYLACETATE	C8H17O2		R/P	-	-
METHYL ANILINE	C7H10N	100-61-8	R/P	-	N/S
METHYL BROMIDE	CH3Br	74-83-9	R/P	-	N/S
METHYL BUTYL KETONE	C6H12O	591-78-6	R/P	-	N/S
METHYL BUTYRATE	C5H10O2	623-42-7	R/P	-	-
METHYL ETHYL KETONE (MEK)	C4H8O	78-93-3	R/P	N/S	N/S
METHYL ISOPROPYL KETONE	C4H10O	563-80-4	R/P	-	-
METHYL METHACRYLATE	C5H8O2	80-62-6	R/P	-	-
METHYL OLEATE	C19H40O2	112-62-9	R/P	-	-
METHYL PROPIONATE	C4H8O2	554-12-1	R/P	-	-
METHYL SALICYLATE	C8H8O3	119-36-8	R/P	-	-
METHYLAMYLCARBINOL	C7H16O		R/P	-	-
METHYLCELLOSOLVE (=2-methoxyethanol)	C3H8O2	109-86-4	A	-	-
METHYLCHLORIDE	CH3Cl		R/P	A	N/S
METHYLENE CHLORIDE	CH2Cl2	74-87-3	R/P	A	N/S
METHYLFORMATE	C2H4O2	75-09-2	R/P	-	-
METHYLIODIDE	CH3I	107-31-3	R/P	-	-
METHYLISOBUTYL KETONE	C6H12O	74-88-4	R/P	-	-
METHYLISOBUTYRATE	C5H10O2	108-10-1	R/P	-	-
MILK			A	A	A
MINERAL OIL		8012-95-1	R/P	-	A
MOLASSES		68476-78-8	A	-	-
MONOBROMOBENZENE	C6H5Br	108-86-1	R/P	-	N/S
MONOCHLOROANILINE	C6H4NH2Cl	106-47-8 (para-)	R/P	-	N/S
MONOCHLOROBENZENE	C6H5Cl	108-90-7	R/P	-	N/S
MONOCHLORODIFLUOROMETHANE	CHClF2	75-45-6	R/P	-	-
MONOCHLOROTRIFLUOROMETHANE	CClF3	75-72-9	R/P	-	-
MONOETHANOLAMINE	C2H4NH2OH	141-43-5	R/P	-	-
MONOSODIUM GLUTAMATE	Na[C5H8NO4]	142-47-2	A	-	-
MOTOR OIL			R/P	-	-
MURIATIC ACID (= hydrochloric acid)	HCl	7647-01-0	A	-	-
NAPHTA		8030-30-6	R/P	R/P	A
NAPHTALENE	C10H8	91-20-3	R/P	-	A
NAPHTHENE	C10H8	91-20-3	R/P	-	A
NATURAL GAS	CH4	8006-14-2	A	R/P	A
NATURAL GAS (DRY)	CH4	8006-14-2	A	R/P	A
NATURAL GAS (WET)	CH4	8006-14-2	A	R/P	A
NICKEL CHLORIDE	NiCl2	7718-54-9	A	N/S	R/P
NICKEL HYDROXIDE	Ni(OH)2	12054-48-7	A	A	R/P
NICKEL NITRATE	Ni(NO3)2	14216-75-2	A	A	-
NICKEL SULPHATE	NiSO4	7786-81-4	A	A	R/P
NITRIC ACID (FUMING)	HNO3	7697-37-2	R/P	A	N/S
NITRIC ACID 2-70%	HNO3	7697-37-2	A	A	N/S
NITRO-BENZENE	C6H5NO2	98-95-3	R/P	R/P	N/S
NITRO-OCTANE	C8H17NO2	629-37-8	R/P	-	N/S
NITROSYL CHLORIDE	ClNO	2696-92-6	R/P	-	-
NITROUS ACID	HNO2	7782-77-6	A	A	N/S
OCTANE	C8H18	111-65-9	R/P	-	A
OCTYL ALCOHOL	C8H18O	111-87-5	R/P	-	NS
OCTYL ALDEHYDE	C8H16O	124-13-0	R/P	-	-
OLEIC ACID	C18H34O2	112-80-1	R/P	-	A
OLEINIC ACID	C18H34O2	112-80-1	R/P	-	A
OLEUM (fuming sulfuric acid)	H2SO4 + SO3	8014-95-7	R/P	-	-
OLIVE OIL			R/P	-	A
OXALIC ACID	C2H2O4	6153-56-6	A	A	-
OXYGEN	O2	7782-44-7	A	A	A
OZONE	O3	10028-15-6	A	A	-
PALM OIL		8002-75-3	A	-	A
PALMITIC ACID	C16H32O2	57-10-3	A	-	A
PARAFFIN OIL 50%	C12H26 - C18H38	8002-74-2	R/P	-	A
p-CYMENE	C10H14	99-87-6	R/P	-	-
PENTACHLOROPHENOL	C6Cl5OH	87-86-5	R/P	-	-
PENTANE	C5H12	109-66-0	R/P	-	-
PERACETIC ACID 15% (peroxyacetic acid)	CH3COO2H	79-21-0	A	-	N/S
PERCHLORIC ACID	HClO4	7601-90-3	A	A	N/S
PERCHLORO ETHENE	C2Cl4	127-18-4	R/P	-	-
PETROLEUM (to 363 K)		8006-61-9	R/P	-	A
PETROLEUM DISTILLATE		920-107-4	-	-	A
PHENOL	C6H5OH	108-95-2	R/P	R/P	N/S
PHENYL ETHYL ETHER	C8H10O	103-73-1	R/P	-	N/S
PHOSPHORIC ACID 50%	H3PO4	7664-38-2	A	A	N/S
PHOSPHORIC ACID 7% (50 ?C)	H3PO4	7664-38-2	A	A	A
PHOSPHORIC ACID 7% (70 ?C)	H3PO4	7664-38-2	A	A	A
PHOSPHORIC ACID 75%	H3PO4	7664-38-2	A	A	-
PHOSPHORIC ACID 85%	H3PO4	7664-38-2	A	A	N/S
PHOSPHOROUS OXYCHLORIDE	POCl3	10025-87-3	R/P	-	N/S
PICRIC ACID	C6H3N3O7	88-89-1	A	-	N/S
POLYALKYLENE GLYCOL			R/P	R/P	-
POLYALUMINIUM CHLORIDE	[Al2(OH)xCl6-x]n	1327-41-9	A	-	A
POTASSIUM BICHROMATE	K2Cr2O7	7778-50-9	A	-	-
POTASSIUM BORATE	KB2O3	1332-77-0	A	-	R/P
POTASSIUM BROMIDE	KBr	2139626	A	-	R/P
POTASSIUM CARBONATE	K2CO3	584-08-7	A	A	R/P
POTASSIUM CHLORATE	KClO3		A	A	-
POTASSIUM CHLORIDE	NaCl	7447-40-7	A	-	A
POTASSIUM CYANIDE	KCN	151-50-8	A	-	N/S
POTASSIUM DICHROMATE	K2Cr2O7	7778-50-9	A	-	A
POTASSIUM HYDROXIDE	KOH	1310-58-3	A	N/S	N/S
POTASSIUM NITRATE	KNO3	7757-79-1	A	-	A
POTASSIUM PERMANGANATE	KMnO4	7722-64-7	A	-	-
POTASSIUM SULPHATE	K2SO4	7727-21-1	A	-	-
POTASSIUM SULPHITE	K2SO3	10117-38-1	A	-	-
PROPANE GAS	C3H8	74-98-6	R/P	-	A
PROPANE LIQUID	C3H8	74-98-6	R/P	-	A
PROPENE BROMIDE	C3H5Br	106-95-6	R/P	-	-
PROPIONITRILE	C3H5N	107-12-0	R/P	-	-
PROPYL ACETATE	C5H10O2	109-60-4	R/P	-	-
PROPYL ALCOHOL	C3H7OH	71-23-8	A	-	N/S
PROPYL DICHLORIDE	C3H6Cl2	78-87-5	R/P	-	-
PROPYL FORMATE	C4H8O2	110-74-7	R/P	-	-
PROPYL PROPIONATE	C6H12O2	106-36-5	R/P	-	N/S
PROPYLBENZENE	C9H12	103-65-1	R/P	-	R/P
PROPYLENE CARBONATE	C4H6O3	108-32-7	A	-	-
PROPYLENE CHLORIDE	C3H7Cl	107-05-1	R/P	-	R/P
PROPYLENE CHLOROHYDRINE	C3H7ClO	127-00-4	R/P	-	R/P
PROPYLENE DIAMINE	C3H6(NH2)2	78-90-0	R/P	-	-
PROPYLENE DICHLORIDE	C3H6Cl2	78-87-5	R/P	-	R/P
PROPYLENE GLYCOL	C3H6(OH)2	57-55-6	A	-	N/S
PROPYLENE GLYCOL METHYL ETHER (DOWANOL PM)					A
PROPYLENE TRICHLORIDE	C3H6Cl3	96-19-5	R/P	-	-
PRUSSIC ACID 20%	HCN	74-90-8	A	-	R/P
PYRIDINE	C5H5N	110-86-1	R/P	-	-
SEA WATER			A	A	A
SEWAGE WATER (no hydrocarbons)			A	A	A
SHELL DD			R/P	-	-
SILICON CARBIDE (SLURRY)	SiC	409-21-2	A	-	-
SILICON FLUORIDE	SiF4	7783-61-1	A	-	N/S
SILICONE OIL		63148-58-3	R/P	A	-
SILVER CYANIDE (74 g/l)	AgCN	506-64-9	A	-	N/S
SILVER NITRATE	AgNO3	7761-88-8	A	A	A
SOAP SOLUTIONS		68952-95-4	A	A	-
SODA	Na2CO3	497-19-8	A	-	A
SODA LYE 1.25-2.5%	NaOH	1310-73-2	A	-	-
SODA LYE 50% (338 K)	NaOH	1310-73-2	A	-	N/S
SODIUM ACETATE	NaC2H3O2	127-09-3	A	-	-
SODIUM ALUMINATE 3%	NaAlO2	1302-42-7	A	-	-
SODIUM ALUMINIUM SILICATE	Al12Na12Si12O48.27H2O	1344-00-9	A	-	-
SODIUM BICARBONATE	NaHCO3	144-55-8	A	A	A
SODIUM BISULPHATE	NaHSO4	7681-38-1	A	A	A
SODIUM BROMIDE	NaBr	7647-15-6	A	-	-
SODIUM CARBONATE	Na2CO3	497-19-8	A	A	N/S
SODIUM CHLORATE	NaClO3	2146053	A	A	N/S
SODIUM CHLORIDE	NaCl	7647-14-5	A	A	A
SODIUM CHLORIDE 25%	NaCl	7647-14-5	A	A	A
SODIUM CYANIDE	NaCN	143-33-9	A	-	R/P
SODIUM DICHROMATE	Na2Cr2O7.2H2O	7789-12-0	A	-	R/P
SODIUM FLUOALUMINATE	Na3AlF6	13775-53-6	A	-	-
SODIUM FLUORIDE	NaF	7681-49-4	A	-	-
SODIUM HYDROSULPHIDE	NaHS	16721-80-5	A	-	-
SODIUM HYDROXIDE 50% MAX.	NaOH	1310-73-2	A	N/S	N/S
SODIUM HYPOCHLORITE	NaClO	7681-52-9	R/P	A	N/S
SODIUM IODIDE	NaI	7681-82-5	A	-	N/S
SODIUM METABORATE 18% (333 K)	NaBO2.2H2O	16800-11-6	A	-	N/S
SODIUM METAPHOSPHATE	NaPO3	50813-16-6	A	-	A
SODIUM NITRATE	NaNO3	7631-99-4	A	A	A
SODIUM NITRITE	NaNO2	7632-00-0	A	-	A
SODIUM PERBORATE	NaBO3	2094396	A	-	N/S
SODIUM PERMANGANATE	NaMnO4		R/P	A	-
SODIUM PEROXIDE	Na2O2	1313-60-6	A	-	R/P
SODIUM PHOSPHATE	Na3PO4	7601-54-9	A	-	A
SODIUM PHOSPHATE (DI-BASIC)	Na2HPO4.12H2O	7558-79-4	A	-	-
SODIUM PHOSPHATE (TRI-BASIC)	Na3PO4	7601-54-9	A	-	A
SODIUM SALT	Na	7440-23-5	A	-	-
SODIUM SILICATE	Na2SiO3 (Na2O.SiO2)	1344-09-8	A	A	NS
SODIUM SILICOALUMINATE		1344-00-9	A	-	-
SODIUM SULPHATE	Na2SO4	7727-73-3	A	-	-
SODIUM SULPHIDE	Na2S.9H2O	1313-82-2	A	A	A
SODIUM SULPHITE	Na2SO3	7757-83-7	A	A	A
SODIUM THIOSULPHATE	Na2S2O3.5H2O	10102-17-7	A	-	A
SOYA OIL		8001-22-7	R/P	-	-
SPIRIT (85% ETHYL ALCOHOL)	C2H5OH	64-17-5	A	-	-
STANNIC CHLORIDE	SnCl4	7646-78-8	A	-	-
STEARIC ACID	C18H36O2	57-11-4	A	-	R/P
STYRENE	C8H8	100-42-5	R/P	R/P	-
SUCCINIC ACID / AMBER ACID	HOOC(CH2)COOH	110-15-6	A	-	-
SULPHUR (363 K)	S8	7704-34-9	R/P	-	N/S
SULPHUR CHLORIDE	S2Cl2	10025-67-9	R/P	A	N/S
SULPHUR DIOXIDE 5% IN WATER	SO2 in H2O	2025884	A	A	N/S
SULPHUR DIOXIDE GAS	SO2	2025885	A	A	N/S
SULPHUR TRIOXIDE	SO3	2025949	A	A	N/S
SULPHURIC ACID	H2SO4	7664-93-9	R/P	A	N/S
SULPHUROUS ACID 10%	H2SO3	7782-99-2	A	A	N/S
SULPHUROUS ACID 75%	H2SO3	7782-99-2	A	A	N/S
TALC	Mg3Si4O11.H2O	14807-96-6	A	-	A
TANNIC ACID	C76H52O46	1401-55-4	A	A	R/P
TAR		8007-45-2	R/P	-	N/S
TARTARIC ACID	C4H6O6	87-69-4	A	A	R/P
TETRABROMOETHANE	C2H2Br4	79-27-6	R/P	-	R/P
TETRACHLOROCARBON	CCl4	56-23-5	R/P	-	-
TETRACHLORODIFLUOROETHANE	C2F2Cl4	76-12-0	R/P	-	-
TETRACHLOROETHANE	C2H2Cl4	79-34-5	R/P	-	N/S
TETRACHLORONAFTALENE	C10H4Cl4	1335-88-2	R/P	-	N/S
TETRAFLUOROCARBON	CF4	75-73-0	R/P	-	N/S
TETRAHYDROFURAN (THF)	C4H8O	109-99-9	R/P	N/S	N/S
TERTIARY BUTYL METHYL ETHER (MTBE)			R/P	R/P	A
TITANIUM DIOXIDE (30%)	TiO2	13463-67-7	A	A	-
TITANIUM SULPHATE (1%)	Ti(SO4)2	18130-44-4	A	A	-
TOLUENE	C7H8	108-88-3	N/S	N/S	-
TRICHLOROBENZENE	C6H3Cl3	108-70-3 (1,3,5-)	R/P	-	-
TRICHLOROETHYLENE	C2HCl3	79-01-6	R/P	-	N/S
TRICHLOROFLUOROMETHANE	CFCl3	75-69-4	R/P	-	-
TRICHLOROTRIFLUOROETHANE	C2Cl3F3	76-13-1	R/P	-	-
TRIETHANOLAMINE	(C2H5OH)3N	102-71-6	R/P	-	N/S
TRISODIUM PHOSPHATE (TSP)	Na3PO4	7601-54-9	A	A	-
TURPENTINE (mainly pinene)	C10H16	8006-64-2	R/P	R/P	N/S
VINEGAR	C3H5COOH		A	-	N/S
VINYLCHLORIDE	C2H3Cl	75-01-4	R/P	-	N/S
WATER	H2O	7732-18-5	A	A	A
WATER, CONDENSATION	H2O	7732-18-5	A	A	A
WATER, DISTILLED	H2O	7732-18-5	A	A	A
WATER, MIN. WITH OXYD.SALTS			A	A	A
WATER, MIN. WITHOUT OXYD.SALTS			A	A	A
WHITE SPIRIT		64742-88-7	R/P	-	A
XYLENE	C8H10	106-42-3 (para-)	R/P	R/P	N/S
ZINC AMMONIUM CHLORIDE	ZnNH4Cl3	14639-97-5	A	-	A
ZINC BORATE	ZnBO3	1332-07-6	A	-	-
ZINC CHLORIDE	ZnCl2	7646-85-7	A	A	R/P
ZINC HYDROXIDE	Zn(OH)2	20427-58-1	A	-	-
ZINC OXIDE (300 K)	ZnO	1314-13-2	A	-	-
ZINC SULPHATE	ZnSO4	7446-20-0	A	-	R/P

Qdos chemical metering pumps

Linear and repeatable flows with varying process conditions

Range expanded to increase flow rates to 2000ml/min

Drop-in replacement for diaphragm metering pumps

Cutting downtime, reducing chemical use and improving safety

Contact us

Overview

Accurate, versatile chemical metering pumps

Delivering flow rates that remain constant right up to 7bar Qdos peristaltic chemical metering pumps give users a unique advantage over diaphragm metering pumps.

Applications

Chemical metering with no gas locking

Precise delivery of electroplating chemicals

Rare mineral recovery process

Maintenance downtime cut from 1.5 hours to just five minutes

Ensuring the supply of safe drinking water

High precision chemical metering on the go

Control

ReNu pumphead

Reduced maintenance with single, no-tools, component replacement

Drives and performance

Take a tour

Datasheets

Qdos range datasheet

Manuals

Qdos user manual — all models

Case Studies

Chemical compatability

Qdos chemical metering pumps

Linear and repeatable flows with varying process conditions

Range expanded to increase flow rates to 2000ml/min

Drop-in replacement for diaphragm metering pumps

Cutting downtime, reducing chemical use and improving safety

Contact us

Overview