Matlock™ Acid & Alkali Storage Cabinets

Welded construction from 0.9mm steel.
Zintec coated for extra corrosive resistance.
Rebated doors.
Secured by chrome 3-way locking handle.
75kg (UDL) adjustable shelves.
High visibility powder coated white RAL 9003.
Compliant with: COSHH - 1994.

Acid & Alkali Storage Cabinets

Matlock Flammable Storage Cabinets

Welded construction from 0.9mm steel. Designed to maintain integrity for 30 minute fire rating. 75kg (UDL) adjustable shelves (spillage trays). Welded lift out base spillage sump. Strengthened rebated doors. Secured by chrome 2-way locking handle (2 keys). Powder coated grey. Supplied with flammable labels. Compliant with DSEAR 2002. HS(G)51, 1990. Factory Inspectorate Certificate of Approval No.1: Parts 3 & 4. CoSHH. Help achieve ISO14001.
Colour: yellow.

Shelf Capacity 75kg Uniformly Distributed Load.

Flammable Storage Cabinet

Dimensions (H x W x D): 915 x 915 x 459mm.
Number of shelves: 1.
Number of doors: 2.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Metric round sizes

Tolerances:
Up to 25mm plus 0 - 0.012mm.
Over 25mm up to and including 50mm plus 0 - 0.0250mm.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Metric round sizes

Tolerances:
Up to 25mm plus 0 - 0.012mm.
Over 25mm up to and including 50mm plus 0 - 0.0250mm.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Metric round sizes

Tolerances:
Up to 25mm plus 0 - 0.012mm.
Over 25mm up to and including 50mm plus 0 - 0.0250mm.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Metric round sizes

Tolerances:
Up to 25mm plus 0 - 0.012mm.
Over 25mm up to and including 50mm plus 0 - 0.0250mm.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Metric round sizes

Tolerances:
Up to 25mm plus 0 - 0.012mm.
Over 25mm up to and including 50mm plus 0 - 0.0250mm.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Inch round sizes

Tolerances:
Below 1" plus/minus 0.00025".
1" up to and including 2" plus/minus 0.00050".

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Metric round sizes

Tolerances:
Up to 25mm plus 0 - 0.012mm.
Over 25mm up to and including 50mm plus 0 - 0.0250mm.

Silver Steel

For tool room and general engineering. Applications include screwdrivers, punches, shafts, axles, pinions, pins, die posts, instrument parts, model parts, taps and drills for mild steel, engraver tools. High carbon content means that it can be hardened to give high wear resistance and chromium content adds strength and hardness.

Manufactured from
BS1407:1970 grade steel.

Typical hardness:
207-237HB with 285HB maximum.

Tensile strength:
45/55 T.P.S.I. (700/850 N/mm2).

Surface finish:
Better than 0.6 microns (25 micro inch) CLA (Centre Line Average).

Chemical analysis range:
Carbon 0.95 - 1.25%
Silicon 0.40% max
Manganese 0.25 - 0.45%
Phosphorous 0.045% max
Sulphur 0.045% max
Chromium 0.35 - 0.45%

Chemical analysis typical:
Carbon 1.13%
Silicon 0.22%
Manganese 0.37%
Phosphorous 0.014%
Sulphur 0.018%
Chromium 0.43%

Inch round sizes

Tolerances:
Below 1" plus/minus 0.00025".
1" up to and including 2" plus/minus 0.00050".