C.matic was founded in the early ‘70s; after a long term experience as a subcontractor for precision metal parts, C.matic starts to expand and turns the craftsman activity into an industrial business. The company “ Mission “ becomes Design, Development and Production of fittings for Industrial Automation without losing the sensitivity to the demands of a quickly changing market and focusing the attention on the search for new materials and the development of new products. C.matic obtain the first ISO 9001 certificate in 1994 and the continuous Development of the Management Systems lead Cmatic...

Chemical compatibility chart FITTINGS Acetaldehyde Acetylene Vinegar Acetone Acetic Acid (5%) Acetic Acid (20%) Acetic Acid (50%) Arsenic Acid Boric Acid Hydrochloric Acid (10%) Chromic Acid (10%) Citric Acid Formic Acid Hydrofluoric Acid (10%) Phosphoric Acid (30%) Glycolic Acid Lactic Acid (20 °C) Nitric Acid (10%) Nitrous Acid Oleic Acid Palmitic Acid Perchloric Acid (10%) Salicylic Acid Sulfuric Acid (30%) Sulfurous Acid Stearic Acid Trichloroacetic Acid Uric Acid Fresh Water Sea Water Hydrogen Peroxide (1%) Hydrogen Peroxide (30%) Aqua Regia Butyl Alcohol Ethyl Alcohol (Ethanol) Methyl Alcohol...

Chemical compatibility chart FITTINGS Brake Fluid Formaldehyde (37%) Freon 12 Freon 22 Chlorine Gas Glycerine Glycols Ethylene glycol Glucose Hydrazine Hydrogen (gas) Hydrogen Sulfide Sodium Hydroxide (10%) - Caustic Soda D.D.T. Iodine Calcium Hypochlorite (10%) Sodium Hypochlorite (5%) Isooctane Methane Methyl Ethyl Ketone Ammonium Nitrate Calcium Nitrate Sodium Nitrate Food Oils (vegetable) Fuel Oil Motor Oil Lubricating Oil Mineral Oil Carbon Monoxide Nitrous Oxide Oxigen (Cold) Ozone Paraffin Perchloroethylene Potassium Permanganate (10%) Petroleum Oil Propane (liquefied) Nickel Sulfate (10%)...

Conversion chart for Pressure Unit psi Conversion chart for Length Unit Conversion chart for Length units Conversion chart for Temperature units Conversion chart for Flow units Conversion chart for Torque units NORM REFERENCE TIGHTENING TORQUE (LB-FT) M3x0,5 M5x0,8 NPTF PTFE coated Gas parallel with O-Ring Gas parallel acetal resin threads with O-Ring Gas parallel with plastic ring Metric with O-Ring Metric taper PTFE-coated

INDEX Push-in Fittings for Automation Applications Push-in Fittings, Inch/NPT Push-in Fittings Easythread Push-in Fittings,”Uni” thread DOT Push-in Fittings, Inch/NPT 316L Stainless Steel Push-in Fittings, Inch/NPT Push-in Fittings for Lubrication and Misting Applications Medium Pressure Push-in Fittings, 1,160 psi Inch/NPT Misting Push-in Fittings, 1,160 psi Inch/NPT Brass Nickel-Plated Standard Fittings, NPT NPT Couplings 316L Stainless Steel Couplings, NPT Standard Fittings Couplings Safety Couplings Multiple Connectors Function Fittings Tools Tubings PU Safety Safety Couplings, NPT Multiple...

PN LINE Push-in Fittings, Inch/NPT The push-in fittings of the PN line are manufactured according to the American standards (Inch tubings and NPT Threads). They are suitable for quick connections in different industrial applications; they are robust, compact and guarantee high performances in time. All PN fittings are electrolytic nickel-plated. 9

Body and Release Ring Holding Ring EFREE ON bar Brass UNI EN 12164 CW614N - UNI EN 12165 CW617N Nickel Plated Gripping collet Acetal Resin Stainless steel AISI 301 Acetal Resin Recommended tubings: PA11, PA12, PA6, Polyethylene PE, Polyurethane PU (95 durometer or above). Acceptable Tolerances on the tubings: +/– .003 Application fields: Pneumatic circuits. Identification mark for inch sizes. Identification mark for NPTF threads. All our NPT threads are PTFE pre-applied. 10-32 UNF 1/8 NPTF 1/4 NPTF 3/8 NPTF 1/2 NPTF 1/8 ● ● 5/32 ● ● ● 1/4 ● ● ● 5/16 ● ● ● 3/8 ● ● ● ● 1/2 ● ● ● DATA SHEET

PN Tubing insertion depth L ASSEMBLY INSTRUCTIONS 1.  the tube square (by means of a hose cutter i.e. our TCUT) making sure Cut that no burrs are left and that the tube is not oval. 1.  case of use with metal hoses, make a groove all around the tube diameter In with a suitable tool (TINC).The groove must be made according to the tube diameter so that the fitting collect can better grip onto it. 2.  Insert the tube into the fitting until it bottoms. Once the tubing is connected to the fitting, make sure that the tubing is not subject to any tensile strength and that the min. recommended bending...

PN 14 Elbow Fitting, male L3

PN 15 Swivelling Elbow Fitting, male PN 17 Swivelling Elbow fitting, female PN 18 Swivelling fitting with banjo ring

PN 23 Lateral Swivelling Tee fitting

PN 38 Stem adaptor Part Number 38 5/32 10-32

PN 10 Press-in Cartridge The new construction features of the cartridge PN10 allow for one single cartridge version to be assembled in plastic, aluminium as well as brass bodies. Part Number Cartridge seat drilling plan Assembly Tool Drilling Tool 1 Drill the cartridge seat , following the instructions given 2 Manually press the cartridge into the seat and by means of the Assembly tool push it all the way down until it bottoms ; this will guarantee the proper cartridge assembly. “Drilling and Assembly Tool “available upon reques

Push-in Fittings The push-in fittings of the MA line are completely made of brass and they are suitable for quick connections in different industrial applications; they are robust, compact and guarantee high performances in time. All MA fittings are electrolytic nickel-plated. 19

Body and Release Ring Holding Ring Brass UNI EN 12164 CW614N - UNI EN 12165 CW617N Nickel Plated Acetal Resin Stainless steel AISI 301 Acetal Resin Protection Ring Recommended tubings: PA11, PA12, PA6, Polyethylene PE, Polyurethane PU (98 Shore A). Acceptable Tolerances on the tubings: +/– 0,07 mm up to Ø 10 mm +/– 0,1 mm from Ø 12 up to Ø 16 mm. Application fields: Pneumatic circuits.

Tubing insertion depth Tube OD ASSEMBLY INSTRUCTIONS 1.  the tube square (by means of a hose cutter i.e. our TCUT) making sure Cut that no burrs are left and that the tube is not oval. 1.  case of use with metal hoses, make a groove all around the tube diameter In with a suitable tool (TINC).The groove must be made according to the tube diameter so that the fitting collect can better grip onto it. 2.  Insert the tube into the fitting until it bottoms. Once the tubing is connected to the fitting, make sure that the tubing is not subject to any tensile strength and that the min. recommended bending...